DEV Community: Anshika

Why ERP Resilience and Offline Capability Are Becoming Critical for Global Businesses

Anshika — Wed, 15 Apr 2026 10:56:02 +0000

For years, ERP strategy has followed a simple belief — move everything to the cloud, connect everything in real time, and build for speed.
And it worked.
Microsoft Dynamics 365, cloud ERP platforms, real-time dashboards, API-driven integrations — all of it helped businesses become faster, more efficient, and more connected than ever before.
But that model was built on one assumption:
Connectivity will always be available.
That assumption is now being challenged. The ongoing geopolitical tensions around the Strait of Hormuz are not just about oil supply or shipping routes. They highlight a deeper and less discussed risk — the fragility of global digital infrastructure. A large portion of global data traffic depends on subsea cable networks routed through geopolitically sensitive regions. Any disruption — whether military, cyber, or accidental — can impact how systems communicate across regions.
For a CIO or CTO, this raises a critical question:

What happens when your Microsoft Dynamics 365 environment is technically running — but your teams cannot access it? For a CFO, the question becomes even sharper:
What happens to invoicing, collections, and financial reporting when ERP access is disrupted? This is the shift we are seeing globally. ERP is no longer just about efficiency. It is now about availability, continuity, and resilience. ERP downtime is no longer a technical inconvenience When ERP systems were used mainly for accounting or reporting, downtime could be managed. Today, ERP systems like Microsoft Dynamics 365 run: • production planning • inventory management • order processing • billing and collections • supply chain coordination If the system is unavailable, even for a few hours, the impact is immediate and visible. • Production cannot be scheduled. • Dispatches are delayed. • Invoices are not generated. • Cash flow slows down. This is no longer an IT issue. It is a direct revenue and operations risk. Real-time systems have increased dependency Over the last decade, organisations have aggressively moved toward: • real-time integrations • live dashboards • API-based workflows • tightly connected systems While this has improved speed, it has also created a hidden weakness — total dependency on connectivity. When connectivity fails, systems do not degrade gracefully. They stop. Disruptions are no longer rare events. Post-COVID, one pattern is becoming increasingly clear. Disruptions are not one-off events anymore. Every few years, businesses face a new form of disruption: • supply chain breakdowns • workforce shifts • regulatory shocks • geopolitical tensions Now, infrastructure risk is joining that list. Which means organisations must design systems that do not just perform well in ideal conditions but continue to operate under stress. For a CFO, ERP disruption means: • delayed revenue recognition • invoicing gaps • reconciliation challenges • audit complications For a CIO or CTO, it means: • architecture limitations exposed • dependency risks becoming visible • pressure to redesign systems for resilience This is where ERP strategy needs to evolve. INDUSTRY IMPACT: Where This Risk Becomes Real Manufacturing Manufacturing environments rely heavily on ERP for day-to-day operations. Production orders, bill of materials, inventory availability, and shop-floor coordination all depend on system access. If Microsoft Dynamics is not reachable, even temporarily, production planning becomes guesswork. Trading and Distribution For trading companies, ERP is the backbone of operations. Order processing, inventory allocation, dispatch planning — all are system-driven. Without access, order cycles break down, and customer commitments are missed. Logistics and Supply Chain Logistics businesses depend on real-time data for routing, tracking, and compliance. ERP disruption here creates cascading delays across the supply chain. Services and Field Operations Service organisations rely on ERP and CRM for scheduling, customer data, and billing. Without access, service delivery slows and revenue capture is delayed. HOW MICROSOFT DYNAMICS 365 CAN BE DESIGNED FOR RESILIENCE The answer is not to move away from cloud ERP. The answer is to design Microsoft Dynamics 365 differently. Moving from “Always Connected” to “Always Available” This is a mindset shift. Most implementations optimise for speed and efficiency. Few are designed for continuity under disruption. Offline-capable workflows Microsoft Dynamics 365, especially when implemented with Business Central and integrated applications, can support offline operations if designed correctly. Critical processes such as: • order capture • warehouse transactions • field operations can continue using locally available data, with transactions synced once connectivity is restored. Asynchronous integration design Instead of forcing real-time integration everywhere, systems can be designed to: • queue transactions • process data in batches • sync when connectivity stabilises This ensures business operations continue even if the network is unstable. Hybrid architecture using Microsoft Azure Using Microsoft Azure, organisations can create: • distributed environments • region-based deployments • fallback architectures This reduces dependency on a single access path. Role-based continuity planning Not every function needs to run during disruption. A well-designed ERP strategy identifies: • mission-critical processes that must continue • processes that can pause temporarily This allows controlled continuity rather than complete system failure. ROADMAP: HOW TO BUILD A RESILIENT DYNAMICS 365 ENVIRONMENT A structured approach is critical. First, organisations must identify which processes are business-critical. For a manufacturer, this may be production planning and dispatch. For a trading company, it may be order processing and invoicing. Next, these processes must be redesigned to work in low-connectivity scenarios. This includes defining what data needs to be locally available and how transactions will be captured. The third step involves redesigning integrations. Instead of relying entirely on real-time APIs, organisations should implement asynchronous models where data can be processed and synced later. This is followed by infrastructure design, where Azure-based multi-region deployments and hybrid architectures reduce dependency on a single system path. Finally, resilience must be tested. Organisations should simulate downtime scenarios to understand how systems behave under stress. FAQs Can Microsoft Dynamics 365 really work offline? Yes, but not by default. Offline capability must be designed based on business processes, roles, and data requirements. Will offline operations create data inconsistencies? No, if designed correctly. Asynchronous synchronization ensures that data is reconciled once connectivity is restored. Does this make the system more complex? There is some increase in architectural complexity, but it significantly reduces operational risk. Is this relevant only for large enterprises? No. Mid-sized businesses are often more vulnerable to disruptions because they have less operational buffer. How often should resilience be tested? At least once a year, and ideally through controlled simulation scenarios. HOW BAFFLESOL HELPS: Designing ERP for Real-World Conditions Most ERP implementations are built for ideal environments. BaffleSol focuses on real-world conditions. We work with organisations to: • identify critical processes that must never stop • design Microsoft Dynamics 365 environments for resilience • implement offline-capable workflows • build asynchronous integration models • reduce dependency on real-time connectivity Our approach ensures that ERP is not just implemented, but operationally reliable under uncertainty. Final Thought For years, ERP success was measured by efficiency. Today, the real measure is different. In a world where connectivity can be disrupted, infrastructure can be unstable, and geopolitical risks can impact systems: The question is no longer how fast your ERP is. The real question is: Will your business continue to run when your systems are under stress? And when Microsoft Dynamics 365 is designed with that question in mind, it stops being just an ERP system and becomes a system of continuity.

Cybersecurity, Digital Trust, and the Role of Azure + Microsoft Dynamics Governance in a Time of Geopolitical Conflict

Anshika — Thu, 09 Apr 2026 10:21:54 +0000

‍Introduction: When Wars Move into the Digital Domain
Modern wars are no longer fought only on land, sea, or air. They are increasingly fought in cyberspace.
The ongoing geopolitical escalation involving Iran, Israel, and global powers has demonstrated that digital infrastructure has become a strategic target. Recent attacks have disrupted shipping routes, energy infrastructure, and financial networks across the Middle East, raising global economic concerns.
Alongside physical conflict, cyber warfare has intensified. Nation-state actors and hacktivist groups have launched campaigns involving distributed denial-of-service attacks, phishing operations, and attempts to compromise industrial control systems and corporate networks.
These cyber operations are not confined to governments or military infrastructure. Increasingly, private enterprises become collateral targets because they operate critical digital systems such as supply chains, logistics networks, financial platforms, and manufacturing operations.
For manufacturing companies, global distributors, and enterprise organisations running complex operational systems, the implication is clear:
Cybersecurity is no longer an IT issue. It is a business survival issue.
In this environment, enterprises need systems that do more than process transactions. They need platforms designed to enforce governance, detect threats, and protect critical data.
This is where Microsoft Azure and Microsoft Dynamics 365 together form a cybersecurity and governance backbone for modern organisations.
WHAT’S CHANGING: Cybersecurity in the Age of Hybrid Warfare
Cyber Warfare Is Now Part of Geopolitical Conflict
The current Iran–Israel escalation illustrates how conflicts increasingly combine military operations with cyber campaigns, targeting communication networks, infrastructure systems, and digital platforms.
Cyber actors aligned with nation states frequently launch attacks designed to:
• disrupt critical infrastructure
• gather intelligence
• manipulate industrial control systems
• steal or leak sensitive data
Security agencies warn that poorly secured corporate networks are often opportunistic targets during geopolitical conflicts.
Manufacturing and supply chain systems are particularly exposed because they connect:
• industrial control systems
• supplier networks
• logistics platforms
• financial systems
• customer databases
When these systems are compromised, the consequences can include production shutdowns, financial losses, and regulatory exposure.
Insider Threats Are Becoming More Sophisticated
Not all cyber threats originate externally.
A growing number of incidents involve insider threats, where attackers infiltrate organisations through compromised identities or malicious insiders.
In some cases, individuals obtain employment in technology roles to gain privileged system access. Once inside, they can manipulate data, disrupt systems, or exfiltrate sensitive information.
Traditional perimeter-based security models are not designed to defend against this type of threat.
This is why organisations are shifting toward Zero Trust architectures, where no user or device is automatically trusted.
Cyber Risk Is Now Directly Linked to Geopolitics
Cybersecurity experts increasingly recognise that geopolitical instability directly increases cyber risk.
Conflicts such as the Iran–Israel crisis have triggered coordinated cyber campaigns, including phishing attacks, DDoS attacks, and data exfiltration efforts conducted by state-linked actors.
Businesses with international operations or cloud infrastructure may become indirect targets simply because their systems support global supply chains or financial transactions.
This means that organisations must assume cyber threats will increase whenever geopolitical tensions escalate.
WHY DIGITAL TRUST NOW REQUIRES AZURE + MICROSOFT DYNAMICS GOVERNANCE
Business Systems Are Now Strategic Assets
Enterprise systems such as:
• financial platforms
• ERP systems
• supply chain networks
• CRM platforms
are no longer just operational tools.
They represent critical infrastructure for businesses.
If attackers compromise these systems, they can:
• manipulate financial data
• disrupt supply chains
• steal intellectual property
• damage brand reputation
Security must therefore be embedded directly into these platforms.
Digital Trust Has Become a Competitive Advantage
Customers, regulators, and partners increasingly expect organisations to demonstrate responsible digital governance.
Enterprises must be able to answer questions such as:
• Who can access financial and customer data?
• Where is sensitive data stored?
• How are suspicious activities detected?
• What systems govern access control?
Organisations that can demonstrate strong governance frameworks gain credibility with regulators and customers alike.
HOW AZURE + MICROSOFT DYNAMICS ENABLE CYBERSECURITY GOVERNANCE
Azure Governance Framework
The foundation of secure enterprise systems lies in the Microsoft Azure governance framework, which helps organisations enforce security standards across cloud environments.
Azure Policy
Azure Policy ensures that infrastructure configurations meet organisational and regulatory standards.
Examples include enforcing:
• encryption requirements
• restricted resource types
• approved security configurations
Policies prevent non-compliant environments from being deployed in the first place.
Azure Management Groups
Large organisations often operate multiple cloud subscriptions across departments and regions.
Azure Management Groups organise these environments hierarchically so that governance policies can be applied consistently across the entire organisation.
Azure Blueprints
Azure Blueprints allow organisations to deploy secure environments using predefined templates that include:
• security policies
• role-based access controls
• network architecture
• compliance frameworks
This ensures that new systems are secure from the moment they are deployed.
Secure Identity and Access Control
Identity security is the core of modern cybersecurity.
Microsoft Entra ID enables secure access management through:
• multi-factor authentication
• conditional access policies
• identity verification
• role-based access control
These controls ensure that only verified users with the correct permissions can access critical systems.
Zero Trust Architecture
Modern organisations increasingly adopt the Zero Trust security model, based on the principle:
“Never trust, always verify.”
Under Zero Trust:
• all access requests are continuously verified
• user identity and device health are validated
• access privileges are restricted to the minimum required
This significantly reduces the risk of insider threats and compromised credentials.
AI-Powered Threat Detection
Security tools such as Microsoft Sentinel provide advanced threat detection using AI-powered monitoring.
These tools help organisations:
• detect abnormal behaviour patterns
• identify cyber threats in real time
• automate incident response
• monitor systems continuously
When integrated with business platforms, these tools protect operational workflows and financial systems.
Data Governance with Microsoft Purview
Data governance is essential for maintaining digital trust.
Microsoft Purview enables organisations to:
• classify sensitive data
• map data flows
• manage data access
• enforce data protection policies
This ensures that data across systems such as Microsoft Dynamics 365 Business Central,
Microsoft Dynamics 365 Finance, and Dynamics CRM remains governed and compliant.
THE ROLE OF MICROSOFT DYNAMICS IN A SECURE ENTERPRISE ARCHITECTURE
Microsoft Dynamics platforms run critical business processes including:
• financial management
• supply chain operations
• manufacturing planning
• customer relationship management
When deployed within the Azure security ecosystem, Dynamics platforms benefit from:
• role-based access control
• audit trails
• identity governance
• real-time security monitoring
This ensures that business operations remain both efficient and secure.
HOW BAFFLESOL HELPS ORGANISATIONS BUILD SECURE DYNAMICS ENVIRONMENTS
Implementing Microsoft Dynamics is not just about deploying software. It requires designing a secure architecture aligned with organisational governance.
This is where BaffleSol plays a critical role.
BaffleSol helps organisations:
• design secure Microsoft Dynamics environments
• implement Azure governance frameworks
• configure role-based access models
• integrate cybersecurity monitoring tools
• ensure compliance with regulatory requirements
By combining deep domain expertise in Dynamics platforms with strong cloud security practices, BaffleSol helps organisations transform Microsoft Dynamics into a secure and trusted operational backbone.
WHAT ENTERPRISES SHOULD DO NEXT
Organisations should begin strengthening cybersecurity governance by:

Implementing structured Azure governance frameworks
Adopting Zero Trust architecture across systems
Centralising identity and access management
Deploying continuous monitoring and threat detection
Implementing data governance across Dynamics platforms These steps help ensure resilience against both cyber threats and regulatory risks. FAQs Q.1 Why do geopolitical conflicts increase cyber threats for businesses? Ans. During geopolitical conflicts, nation-state actors often target digital infrastructure to disrupt economic systems, gather intelligence, or create instability. Corporate networks become indirect targets because they support supply chains, logistics, and financial operations. Q.2 What is Azure governance? Ans. Azure governance refers to the policies and controls used to manage cloud resources securely and ensure compliance with organisational and regulatory standards. Q.3 How does Zero Trust improve cybersecurity? Ans. Zero Trust requires continuous authentication and verification of users, devices, and access requests, preventing attackers from moving freely within networks. Q.4 Can Microsoft Dynamics systems be protected effectively in the cloud? Ans. Yes. When deployed within Azure, Microsoft Dynamics platforms benefit from enterprise-grade security features including identity management, encryption, monitoring, and compliance frameworks. Q.5 What role does BaffleSol play in securing Microsoft Dynamics environments? Ans. BaffleSol helps organisations design secure Dynamics implementations by integrating Azure governance, security controls, and compliance frameworks to create resilient enterprise systems. Final Takeaway In an era where cyber warfare increasingly accompanies geopolitical conflict, protecting enterprise systems has become a strategic priority. Platforms such as Microsoft Azure and Microsoft Dynamics provide the tools needed to secure digital infrastructure, govern sensitive data, and maintain operational resilience. Organisations that invest in digital trust today will be better prepared to navigate the complex cybersecurity landscape of tomorrow.

How Microsoft Dynamics 365 Finance, Business Central, and CRM Enable Sanctions Governance for Global Enterprises

Anshika — Thu, 26 Mar 2026 07:00:01 +0000

‍Introduction: Sanctions Compliance Has Become a Core Business Responsibility
Global trade today operates within a regulatory environment shaped by geopolitical tensions, economic sanctions, and financial restrictions.
Events such as the Russia-Ukraine conflict, sanctions related to Iran’s nuclear program, and restrictions on certain technology exports have dramatically expanded compliance obligations for international businesses. Governments increasingly use sanctions as strategic tools to influence geopolitical outcomes.
As a result, organisations engaged in global trade must ensure they are not conducting business with:
• sanctioned individuals
• restricted companies
• embargoed countries
• politically exposed entities
• sanctioned supply chains
Sanctions lists can change overnight as governments respond to evolving geopolitical developments. A business partner that was compliant yesterday may appear on a sanctions list tomorrow.
For this reason, sanctions compliance cannot rely on manual processes or occasional legal checks. It must be embedded directly within operational systems.
Enterprise platforms such as Microsoft Dynamics 365 Finance, Microsoft Dynamics 365 Business Central, and Microsoft Dynamics 365 CRM enable organisations to integrate sanctions governance directly into financial, customer, and supply chain workflows.
When implemented correctly, these systems transform sanctions compliance from a fragmented legal obligation into a continuous, auditable operational capability.
WHAT’S CHANGING: The Expanding Scope of Sanctions Compliance
Sanctions are policy tools used by governments and international organisations to influence global political behaviour, protect national security, and maintain financial system integrity.
Understanding different types of sanctions helps businesses recognise where compliance risks may arise.
Diplomatic Sanctions
Diplomatic sanctions involve the reduction or removal of diplomatic ties between countries. Governments may expel diplomats, restrict official communication, or limit diplomatic presence.
Example:
In 2014, several Western countries expelled Russian diplomats following the annexation of Crimea, signalling broader economic and political restrictions.
For businesses, diplomatic sanctions often indicate the beginning of wider trade or financial restrictions.
Trade Sanctions
Trade sanctions restrict the movement of goods and services between countries.
These measures may include:
• export bans
• import restrictions
• technology transfer controls
• trade embargoes
Example:
Following the Russia-Ukraine conflict, many Western governments restricted exports of advanced technology and industrial equipment to Russian companies.
Manufacturers exporting globally must therefore ensure their customers and distributors are not located within restricted jurisdictions.
Military Sanctions
Military sanctions limit the transfer of defense equipment or dual-use technologies that could strengthen military capabilities.
Example:
The European Union imposed restrictions on exporting military-related technologies to China following the Tiananmen Square events.
Manufacturers producing industrial technologies must ensure their products are not supplied to restricted defence sectors.
Financial Sanctions
Financial sanctions restrict the ability of individuals or organisations to participate in global financial systems.
These measures may include:
• freezing assets
• limiting access to financial markets
• blocking transactions with specific entities
Example:
Sanctions imposed on Iran have limited its access to international banking networks, preventing companies from conducting transactions with certain Iranian institutions.
Sectoral Sanctions
Sectoral sanctions target specific industries rather than entire countries.
These may apply to sectors such as:
• energy
• defence
• banking
• technology
Example:
Restrictions placed on Russia’s energy sector limit investment and technology transfers related to oil exploration.
Companies operating in these industries must carefully verify whether transactions comply with sectoral sanctions rules.
WHY SANCTIONS GOVERNANCE REQUIRES ERP AND CRM INTEGRATION
Sanctions risk extends beyond customer relationships. Organisations must evaluate compliance exposure across their entire ecosystem.
This includes:
• customers
• suppliers
• distributors
• agents
• subsidiaries
• joint-venture partners
Even indirect relationships—such as a supplier’s supplier—can introduce sanctions risk.
When organisations manage these relationships across disconnected systems, compliance teams lack visibility into the full risk landscape.
Embedding sanctions governance into integrated platforms such as Microsoft Dynamics eliminates these blind spots by providing a single source of truth for customer, supplier, and financial data.
HOW MICROSOFT DYNAMICS ENABLES SANCTIONS GOVERNANCE
Modern compliance frameworks rely on automation and AI to manage sanctions risks at scale.
Integrated screening platforms can analyse customer and vendor data against global watchlists using intelligent matching algorithms.
These technologies significantly reduce false positives—sometimes by up to 80 percent—allowing compliance teams to focus on genuine risks.
Within Microsoft Dynamics environments:
• CRM systems screen customers during onboarding
• ERP systems monitor vendor relationships and procurement workflows
• Finance platforms evaluate transactions against sanctions rules
This integration ensures sanctions compliance is embedded into daily operations rather than managed as an external process.
THE FIVE PILLARS OF SANCTIONS COMPLIANCE — AND HOW MICROSOFT DYNAMICS SUPPORTS THEM
Global regulators such as the U.S. Office of Foreign Assets Control (OFAC) define five core pillars that form the foundation of an effective sanctions compliance program.
These pillars provide a governance framework that organisations can operationalise through enterprise systems such as Microsoft Dynamics.

Management Commitment The first pillar emphasises leadership responsibility in establishing a culture of compliance. Senior management must allocate resources, define compliance policies, and ensure sanctions governance is embedded across the organisation. How Microsoft Dynamics Supports This Microsoft Dynamics enables leadership oversight through real-time dashboards and analytics. Executives can monitor: • cross-border transactions • vendor approvals • customer onboarding activities • compliance alerts Integration with Power BI provides compliance dashboards that help leadership teams track sanctions risk across global operations.
Risk Assessment Organisations must assess sanctions risk based on factors such as: • geographic exposure • customer profiles • supplier networks • transaction patterns Example A manufacturer exporting industrial equipment to the Middle East must ensure customers are not linked to restricted defence organisations or sanctioned entities. How Microsoft Dynamics Supports This Dynamics centralises customer, vendor, and financial data within a unified platform. This allows compliance teams to evaluate risk across the entire business ecosystem and perform continuous screening against sanctions watchlists.
Internal Controls Internal controls are procedures designed to detect and prevent sanctions violations. These controls typically include: • sanctions screening during onboarding • monitoring vendor approvals • reviewing financial transactions Example A trading company onboarding a new distributor must verify that the distributor is not connected to sanctioned entities before approving the relationship. How Microsoft Dynamics Supports This Dynamics enables automated workflows that enforce sanctions checks during: • customer onboarding • supplier registration • procurement approvals • payment processing These automated controls ensure compliance policies are consistently applied across departments.
Testing and Auditing Sanctions compliance programs must be regularly tested and audited to ensure effectiveness. Example Auditors reviewing financial transactions may verify whether sanctions screening was performed before processing international payments. How Microsoft Dynamics Supports This Dynamics maintains detailed audit trails across all system activities. Compliance teams can review: • transaction histories • screening results • approval workflows • investigation outcomes This ensures organisations can demonstrate compliance during regulatory audits.
Training Employees across sales, procurement, and finance must understand sanctions risks and compliance procedures. Example A sales manager onboarding a new international customer should understand that sanctions screening must occur before closing the deal. How Microsoft Dynamics Supports This Dynamics workflows reinforce compliance training by embedding sanctions checks directly into operational processes. Employees follow structured approval workflows that ensure compliance policies are applied consistently. HOW BAFFLESOL HELPS ORGANISATIONS IMPLEMENT SANCTIONS GOVERNANCE Implementing sanctions compliance requires both regulatory expertise and technology integration. BaffleSol helps organisations implement sanctions governance by: • integrating screening platforms with Microsoft Dynamics • designing compliance workflows across CRM and ERP systems • implementing monitoring and reporting frameworks • supporting organisations in preparing for regulatory audits Through its expertise in Microsoft Dynamics implementations, BaffleSol helps organisations transform compliance into a proactive governance capability. WHAT ENTERPRISES SHOULD DO NEXT To strengthen sanctions compliance, organisations should focus on:
Integrating sanctions screening within CRM onboarding workflows
Monitoring financial transactions within ERP systems
Automating watchlist updates and screening processes
Establishing structured compliance governance frameworks
Conducting regular audits and compliance training These steps help organisations maintain regulatory compliance while protecting global business operations. FAQs Why is sanctions compliance important for manufacturers and exporters? Manufacturers and exporters frequently engage in cross-border trade, making them vulnerable to sanctions violations if customers or suppliers appear on restricted lists. How does Microsoft Dynamics support sanctions compliance? Microsoft Dynamics integrates customer data, vendor records, and financial transactions within a unified platform, enabling automated sanctions screening and monitoring. Can sanctions lists change frequently? Yes. Sanctions lists are regularly updated by authorities such as the United Nations, the European Union, and OFAC. Continuous monitoring is therefore essential. How does AI improve sanctions screening? AI improves sanctions screening by analysing contextual data such as ownership structures, aliases, and transaction patterns, reducing false positives and improving accuracy. How can BaffleSol support sanctions governance? BaffleSol integrates sanctions screening tools with Microsoft Dynamics platforms and helps organisations design compliance workflows aligned with global regulatory frameworks. Final Takeaway Sanctions compliance is no longer just a legal obligation—it is a strategic operational capability. By embedding compliance controls directly within enterprise platforms such as Microsoft Dynamics 365 Finance, Business Central, CRM, organisations can monitor sanctions risk continuously while maintaining operational efficiency. Businesses that adopt integrated sanctions governance architectures will be better positioned to operate confidently in an increasingly complex global regulatory environment.