GRC (Governance, Risk, and Compliance) Tools
centralize, automate, and streamline an organization's efforts to manage risks, adhere to regulations, and govern operations, replacing manual, siloed spreadsheets.
It's a structured way to align IT with business goals while managing risks and meeting all industry and government regulations. It includes tools and processes to unify an organization's governance and risk management with its technological innovation and adoption. Companies use GRC to achieve organizational goals reliably, remove uncertainty, and meet compliance requirements.
Key functionalities include risk assessment, policy management, compliance auditing, and reporting
Governance
Policies or frameworks we can use to acheive business goals. Good corporate governance defines responsibilities of stakeholders and promotes transparent information sharing.
Key stakeholders
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Senior leadership responsbile for stragetic decisions
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Legal department - mitigate problems, minimize exposure
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Finance department - regulatory requirements
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HR - confidential info
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IT - protecting data and systems. Provide SIEM data to the GRC
Risk Management
Risks remediation - financial, legal, strategic, security. A good GRC can help us discover or even predict problems.
Compliance
Legal and regulatory requirements and internal corporate policies
GRC Capability Model
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Learn- context, company culture and values, and define strategies
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Align - Stay in tune with overall goals by considering opportunities, threats, values, and requirements when making decisions.
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Perform - Take action and examine the results
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Review - review any regulatory changes, revisit strategy and goals
GRC Challenges
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Change management - enhanced by GRC insights
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Data management - GRC combines data across all the org's departments, requiring work to de-duplicate and organize that data for effective analysis.
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Incomplete framerwork - Gaps in integratoin can result in blind spots
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Clarity in communication - Information sharing must be transparent between GRC compliance teams, stakeholders, and employees. This makes activities like creating policies, planning, and decision-making easier.
GRC vs IRM
GRC is a broad organizational strategy focusing on policy, governance, and regulatory adherence, while Integrated Risk Management (IRM) is a more evolved, holistic approach that prioritizes risk itself, embedding it across all business functions for better, real-time decision-making beyond mere compliance. GRC often operates in silos (e.g., IT, Legal) focusing on checking compliance boxes, whereas IRM breaks down these silos, providing a unified, dynamic view of strategic, operational, and cyber risks for the entire enterprise, making it more proactive and business-oriented.
Sources
| Accessibility
--overview | API
--REST best practices --REST demo --REST vs RPC --Wikipedia API | Blockchain
--overview | Blog
--The 'Brute Force' Mistake --The Bezosian Protocol: Eliminating Learned Helplessness --The Humility Protocol: Reality Over Reputation --The Jobsian Protocol: Systems Analysis as a War on Entropy --The Jordan Framework: Engineering a Competitive Edge --Time Management as an Operational System: The Tracy Framework --Tracy on Goals: Vector Alignment & Execution | Cloud
--AWS overview | CSS/HTML
--Admissions Portal Simulation Lab --Bootstrap carousel --Grid demo --markdown demo | DevOps
--Agile Principles --DevOps overview --Drupal, containerized --Prometheus & Grafana --RKE2: Deploying the Rancher Kubernetes Engine | Encoding
--Overview | Ergonomics
--Desk configuration --Device fleet --Input device array --keystroke mechanics --Phones & RSI | ERP
--Anthology overview --Ellucian Banner --Higher Ed ERP Simulation Lab --PeopleSoft Campus Solutions --PESC standards --Slate data model | Git
--Authoring & Deploying the Post-Receive Hook --Pipeline Optimization, Web-Root Migration, & Dependency Remediation --syntax overview --troubleshooting libcrypto | Hardware
--Device fleet --Electricity fundamentals --Homelab diagram | Identity & Access
--Deploying Entra Connect --Foundations --OIDC Integration --Provisioning Okta Dev Tenant | Java
--Fundamentals | Javascript
--Advanced Interaction: jQuery & UI Frameworks --input prompt demo --misc demo --Time and Date functions --Vue demo | Linux
--Auditing the live interface state using ethtool --grep demo --HCI and Proxmox --Persistent Infrastructure Telemetry: TMUX --Proxmox install --xammp ftp server | Mail flow
--DKIM, SPF, DMARC --MAPI | Microsoft
--AZ-800: Administering Windows Server Hybrid Core Infrastructure --BAT scripting --Group Policy --IIS --robocopy --Server 2022 setup - Virtualbox | Misc
--Applications --Computer Science Foundations --Field Notes: RainPoint Bluetooth Hose Timer --Protocols, TLS & Distributed Scale --regex --Resources --Runtimes, ASTs & Data Structures --Sustainable Computing --Terminology --Tribute to Computer Scientists | Networks
--BGP Peering & Security Hardening Lab --CCNA Lammle Study Guide --Cisco 1921/K9 router --NGFW vs. Legacy --routing protocols --throughput calculations | PHP/SQL
--Cookies --database interaction --demo, OSI Layers quiz --Foreign key constraint demo --fundamentals --MySQL and PHPmyAdmin setup --pagination --security --session variables --SQL fundamentals --structures --Tables display | Python
--fundamentals | Security
--Kerberos: Protocol Architecture --NTP Overview --Overview- GRC (Governance, Risk, and Compliance) --Security Blog --SSH fundamentals | Serialization
--JSON demo --YAML demo