Resilience Building For Efficiency

🚨 Closing the Gap: Strengthening ICT Resilience 💪🏽 When ISO/IEC 27031:2025 was published, it caught my attention immediately. While ISO/IEC 27001 and ISO 22301 provide strong foundations in information security and business continuity, they treat ICT as a supporting player, not the lead. Yes, I know ISO/IEC 27031 isn’t a certifiable standard. My posts are about creating robust resilience frameworks that extend beyond achieving certification as a company. This is where ISO/IEC 27031 can be used as a supplemental guideline to create additional company controls to mature/improve resiliency. In today’s reality, ICT is the backbone. If it fails, everything else follows. That’s why I’ve moved quickly to integrate new ICT-specific controls into the framework my team has developed. Why? 1️⃣ Bridge the gap between security, continuity, and ICT readiness. 2️⃣ Reduce recovery times and data loss after incidents. 3️⃣ Align with global best practices and demonstrate resilience maturity. How? Here’s what you should consider implementing: ✅ Set precision recovery targets: Establish ICT-specific Minimum Business Continuity Objectives (MBCO), Recovery Time Objectives (RTO), and Recovery Point Objectives (RPO) for every critical service. ✅ Map the entire digital backbone: Document end-to-end system dependencies, data flows, and architecture to prioritize recovery where it matters most. ✅ Plan for the unthinkable: Build ICT-specific disruption scenarios into our enterprise risk models, from ransomware to cross-region outages. ✅ Know exactly when to act: Define explicit triggers for activating ICT continuity plans and integrating them into enterprise incident response. ✅ Engineer resilience into the core: Require tested redundancy strategies for infrastructure, applications, and data layers. ✅ Prove it in the field: Expand exercise programs to validate full ICT restoration capabilities under realistic, high-pressure scenarios. ✅ Put vendors on the hook: Hold critical third parties to contractual recovery SLAs, with testing and performance reporting. ✅ Track readiness like a KPI: Measure ICT resilience through dedicated metrics, scorecards, and internal audits to ensure continual improvement. 🤌🏽 The result: The framework my team has developed now forms a three-standard powerhouse, ISO/IEC 27001 + ISO 22301 + ISO/IEC 27031, that strengthens our ability to operate through anything, from cyberattacks to data center failures. 🤪 (Don’t worry, we’ve included NIST to develop our framework as well) 📘 Next step: I’ll continue to share lessons learned with the broader resilience community and encourage adoption across industries as we continue to implement any changes. #ISO27031 #ResilienceByDesign #ICTResilience #BusinessContinuity #CyberResilience #ComplianceCulture #RiskManagement #ISO27001 #ISO22301 #Resilience #ProgramArchitecture #BCDR

If your automation stopped working tomorrow, how long could your business continue operating before your customers felt it? We’ve seen it: ■ Retailers frozen at checkout because POS systems failed. ■ Airlines grounded when scheduling tools crashed. ■ Banks paralyzed by cyberattacks. Automation, AI, data platforms, and cloud-based ecosystems have unlocked new opportunities for efficiency, personalization, and growth. But the more we integrate, the more dependent we become. What happens when a critical platform fails? Can your business still serve its customers if automation were to freeze for just a few hours? Or would a simple disruption cascade into a complete shutdown? Digital transformation shouldn’t mean digital fragility. I believe that technology should empower us, not hold us hostage. Here are some strategies to ensure your business stays resilient in a digital-first world: 1. Map your critical dependencies: Understand which platforms, tools, and systems are essential for serving customers. Identify single points of failure and create alternatives before issues arise. 2. Build manual backups: Train teams to handle key operations without full reliance on automation. This ensures continuity when systems fail or platforms go offline. 3. Stress-test your systems: Simulate platform outages or data disruptions to evaluate response times, identify weaknesses, and prepare contingency plans. 4. Invest in cybersecurity & redundancy: As businesses grow digitally, so do risks. Prioritize secure infrastructure, cloud backups, and fail-safe mechanisms to minimize disruption. 5. Empower people, not just platforms: Technology should enhance human capability, not replace it. By upskilling teams, companies ensure employees can step in when automation halts. As tech leaders, we need to rethink risk management, stress-test operations, and ensure customer experience doesn’t collapse when the tech stack hiccups. #Automation #AI #Data #Tech

When is it time to go beyond basic cybersecurity training and build a cyber-resilient workforce? Basic training isn’t enough. To stay ahead of evolving threats, organizations need teams that can actively respond to and recover from cyber incidents. Why this matters: Awareness Isn’t Enough: One-time training sessions fail to address real-world risks. Threats Evolve Fast: Continuous learning ensures teams stay ahead of emerging dangers. Culture Over Compliance: Security should be embedded into your company's culture, not just a checkbox. The way forward: → Tailored Training for specific roles. → Ongoing Education to stay current. → Simulated Scenarios for real-world skills. → Foster a Security Culture across the organization. A resilient workforce can proactively handle cyber threats. Let’s empower teams to be both aware and resilient.

📊 Healthy habits are the engine of sustainable well-being—physical, mental, and professional. The payoff isn’t flashy—it’s built in consistent micro-actions that compound into resilience. For data scientists and IT professionals, whose days are dense with screens, metrics, and models, embedding wellness isn’t optional—it’s strategic. Here’s the reality we can’t ignore: 1. Musculoskeletal stress is rampant: Up to 60% of IT workers report neck pain, and 40–50% back pain—in India, that climbs above 70%. 2. Burnout is near-universal: ~95% of WFH IT professionals have experienced burnout symptoms. 3. Metabolic risks are high: In Indian IT, 44% are overweight, 17% obese, and nearly 30% have metabolic syndrome; in Hyderabad, 84% had fatty liver and 71% were obese. 4. Digital strain is common: 82%+ report digital eye strain—often alongside “tech neck” and cardiovascular stress. So, what’s the key to building good habits at work? Behavioral science and workplace research point to five levers: 1️⃣ Anchor habits to natural cues Link actions to triggers already in your workflow. For data scientists, it could be stretching during dataset load time or a quick breathing exercise before a stand-up meeting. 2️⃣ Start micro, scale naturally The brain resists sudden overhauls. Start with 2 minutes of mindful breathing or a 5-minute walk after lunch, and let it grow. Small wins build confidence and consistency. 3️⃣ Protect deep focus windows Knowledge workers switch tasks every ~3 minutes; regaining focus can take up to 30 minutes. Use blocked time (e.g., 75 min focus + 33 min rest) to sustain performance without burnout. 4️⃣ Pair “low-motivation” tasks with pleasure Cleaning messy data? Reviewing logs? Pair it with music, a podcast, or your favorite tea—so the task feels rewarding. 5️⃣ Build social accountability Habit adoption jumps when there’s shared visibility. Use buddy systems, micro-challenges, or team reminders for stretch breaks and hydration. Why this matters: The best data scientists aren’t just technically sharp—they’re habit architects, designing workflows where productivity and well-being reinforce each other. In a field where precision and creativity matter, habits are the silent force that keep both sharp. When habits become frictionless, your mindset shifts from “Should I?” to “How quickly can I?” 💡 Your turn: What micro-habit has transformed your workday? Let’s share and build a living playbook for healthier, sharper work in tech. #WorkplaceWellness #DataScienceLife #HealthyHabits #WorkplaceProductivity #TechWellness #MentalHealthInTech #DigitalWellness #BurnoutPrevention #ProfessionalDevelopment #HabitsThatStick #DeepWork #ProductivityHacks #MindfulWork #WorkplaceHealth #SustainablePerformance

What if upskilling your workforce on AI tools is making burnout worse, not better? New systematic review challenges conventional wisdom. A Cardiff University analysis of 201 studies (218,637 employees) reveals digital competence alone provides zero protection against technostress-induced burnout. Researchers identified two primary culprits destroying well-being: techno-overload (forced to work faster and longer through technology) and techno-invasion (constant connectivity bleeding into personal life). Sound familiar? The damage manifests as emotional exhaustion, burnout, and plummeting job satisfaction, even among highly digitally competent employees. 🔥 Why this matters for AI transformation leaders: Without organisational support structures in your AI rollout strategy, you're accelerating towards a well-being crisis. AI training increases digital capability but does nothing to protect psychological capacity. Sustainable transformation requires measuring technostress alongside adoption metrics. The question isn't "Can your people use AI?" It's "Can they use AI without breaking?" 💡 Evidence-based intervention strategies: → Organisational support trumps individual resilience. The meta-finding across 201 studies: training matters, but organisational support is the critical buffer. Give people permission, and systems, to disconnect. Make "strategic unavailability" a core value, not a career liability. Reward sustainable performance, not constant availability. → Diagnose technostress before it becomes burnout. Deploy validated diagnostic tools before and during digital transformations. Brief, single-item measures work brilliantly in fast-paced environments. You need real-time intelligence. → Target the actual stressors, not generic "wellness" The research is unambiguous: focus interventions specifically on techno-overload and techno-invasion. Different role types have different stressors. Create explicit digital boundaries (no-meeting blocks, async-first communication, mandatory shutdown protocols) modelled from leadership. 🧠 The organisations succeeding at AI adoption aren't just deploying the most sophisticated tools, they're protecting human capacity AND scaling digital capability. ---- 👋 Hi I'm Keith. I activate change and transform culture, leadership, and organisations, using behavioural science. Hit Follow for more on human-centred AI adoption strategies.

Old resilience models will drain your team. New models of resilience rewire your edge. Resilience is not burnout in disguise. It’s your hidden performance ROI. Most leadership programs still define resilience using standards from the 2016 era. That model is outdated and causing employee backlash (for good reason.) As a brain doctor working at the cutting edge of human performance, I’ll say this clearly: Neuro-regulation is today’s true performance advantage. Over the last year, I’ve been in the rooms where change happens: sitting with executive boards and senior leadership teams as they navigate the most rapid workplace evolution in modern history. For many, it has become a buzzword used to justify burnout, Resilience used to be a corporate mandate to “do more with less” until the system finally breaks. But the complexity of 2026 demands something different.  We do NOT need more motivational language. We need research-based tools that work with the nervous system, not against it. That’s why, in my keynote programs on culture and leadership, I begin by redefining resilience entirely. The old-school version of grit is as outdated as a rotary phone. It was mechanical, unsustainable, and scientifically unsound. In 2026, we are transitioning from mechanical grit to neuro-regulation.  Here is what is "IN" for the modern, brain-ready leader: ➡️ Nervous System Regulation: Moving beyond "calm" to high-arousal and recovery fluency. ➡️ Energy-Based Micro-shifting: Respecting ultradian rhythms and the brain's natural cognitive cycles. ➡️ Strategic Recovery Science: Treating sleep and "Zone Zero" movement as hard performance ROI, not a luxury. ➡️ Authenticity & Digital Empathy: Using emotional fluency to build the psychological safety that drives innovation. As a neurologist and workplace wellness expert, researching the brain science of culture and the workplace, I’ve seen that the most "resilient" organizations aren't the ones that push the hardest. We aren't machines.  We are biological systems.  It’s time our workplace culture models reflected neuro-leadership. #BrainScience #Leadership #EmotionalIntelligence #MentalFitness #FutureOfWork  #WorkplaceCulture #Resilience

Resilience Over Prevention: The New Paradigm in Cybersecurity In today's rapidly evolving digital landscape, organizations face an unprecedented challenge in securing their digital assets. The traditional approach of fortifying defenses with an arsenal of security tools is no longer sufficient. As cyber threats become increasingly sophisticated, a paradigm shift is necessary – one that prioritizes resilience over the illusion of impenetrability. The Limitations of Prevention-Focused Security For years, the cybersecurity industry has been locked in an arms race with malicious actors and organizations have invested heavily in various security tools to prevent cyberattacks. Attackers are always one step ahead: By the time a new security tool is developed and implemented, cybercriminals have often already devised ways to circumvent it. Here's why this resilience approach is superior: 1. Business Continuity: A resilient organization can maintain critical operations even during an attack. Having a percentage of critical systems running is far better than a complete shutdown. 2. Cost-Effectiveness: Investing in resilience often provides better returns than continually purchasing the latest security tools. 3. Adaptability: Resilient systems are better equipped to handle unforeseen threats and evolving attack vectors. Implementing a Resilience-Focused Strategy 1. Prioritize Critical Operations: Identify the core of operations that must continue even during a severe cyber incident. 2. Develop Robust Incident Response Plans: Create, regularly update, and test comprehensive plans for various attack scenarios. 3. Invest in Redundancy: Implement backup systems and data redundancy to ensure critical functions can continue during an attack. 4. Focus on Recovery: Develop strategies to quickly restore full operations after an incident. 5. Train for Resilience: Educate employees not just on prevention, but on maintaining operations during an attack. 6. Regular Testing: Conduct frequent simulations and drills to assess and improve your organization's resilience. Striking the Right Balance While emphasizing resilience, it's crucial to maintain a balanced approach. Basic security measures remain necessary, and prevention should not be abandoned entirely. The goal is to find an optimal balance between prevention, detection, and response capabilities. In an era where cyber threats are constant and evolving, resilience is no longer optional – it's a necessity. By shifting focus from prevention to resilience, organizations can better protect their critical assets, maintain operations during crises, and quickly recover from incidents. Remember, in cybersecurity, the question is no longer if you'll be attacked, but when. Resilience ensures you'll be ready when that day comes.

What if your employees could not just survive but thrive in high-pressure environments? A recent study introduces a comprehensive skills-based model of resilience that empowers individuals to adapt, recover, and grow from workplace challenges. This model, grounded in evidence-based practices, offers a practical framework for leaders to foster well-being and performance. Key Components of the Model: 🌟 Emotional Resilience: Helps employees manage stress by regulating emotions and calming the physiological response to threats. Example Techniques: Mindfulness, controlled breathing, and cultivating positive emotions. #ResilienceBuilding #StressManagement 💡 Resilient Thinking: Encourages flexible and optimistic mindsets to navigate challenges. Example: Train employees to reframe negative events into opportunities for learning and growth. #GrowthMindset #CognitiveFlexibility 🚀 Resilient Behaviors: Focuses on recovery and balance by promoting self-care and realistic goal-setting. Action: Implement job crafting initiatives to help employees align tasks with personal strengths. #WorkLifeBalance #EmployeeWellbeing Practical Steps for Leaders: Incorporate Resilience Training: Use evidence-based modules to teach employees skills like emotional regulation and realistic optimism. Lead by Example: Train managers to model resilience through transparent communication and proactive problem-solving. Create a Supportive Environment: Foster strong social connections within teams to build trust and mutual support. This model highlights that resilience is not an innate trait but a skill set that can be cultivated. By integrating resilience-building practices into workplace culture, leaders can enhance employee well-being, reduce burnout, and drive long-term success. 💡 Quick Tip: Start by introducing mindfulness sessions or reflective exercises in team meetings to boost self-awareness and emotional regulation. What resilience strategies have you found effective? Let’s share ideas! #LeadershipForChange #ResilientWorkforce #ThrivingAtWork Baker, F. R. L., Baker, K. L., & Burrell, J. (2021). Introducing the skills-based model of personal resilience: Drawing on content and process factors to build resilience in the workplace. Journal of Occupational and Organizational Psychology, 94(2), 458–481. https://lnkd.in/g9APjhEF

The brain health must now be viewed not simply through the lens of pathology, but as an evolving neuroecological crisis requiring active daily intervention. Below are the foundational principles and strategies—what I call the Survival Essentials—for preserving and enhancing human brain health in this digital era. 1. Digital Hygiene & Sensory Regulation The human prefrontal cortex, responsible for focus, decision-making, and emotional regulation, is exquisitely sensitive to distraction. Digital environments are designed to hijack attentional circuitry through intermittent reinforcement and novelty salience. Essentials: Enforce digital boundaries: Limit passive screen exposure to <3 hours/day. Protect circadian integrity: Avoid blue light and stimulating content 2 hours before bedtime. Practice tech-free rituals: Bedrooms, mealtimes, and morning routines must be screen-free zones. Engage in “visual recovery” practices: time in nature, green spaces, and natural light exposure to recalibrate sensory thresholds. 2. Nutrition for Neuroprotection The brain consumes ~20% of total energy, and its metabolism is uniquely sensitive to micronutrient availability, oxidative stress, and inflammation—all exacerbated by modern diets. Essentials: Anti-inflammatory diet: Emphasize omega-3 fatty acids (DHA/EPA), polyphenols (e.g., berries, green tea), magnesium, choline, and vitamin D. Gut-brain axis optimization: Include fermented foods (kefir, kimchi), fiber-rich plants, and minimize artificial sweeteners and emulsifiers. Cognitive resilience nutrients: B-complex vitamins, creatine, zinc, and curcumin support neurotransmission, mitochondrial function, and plasticity. 3. Cognitive Load Management We now engage in an unprecedented form of cognitive fragmentation. Digital multitasking increases stress, reduces working memory, and impairs the consolidation of long-term memory. Essentials: Embrace monotasking: Use Pomodoro techniques, time blocking, and digital disconnection intervals. Externalize memory and reduce digital clutter: Tools like Notion, Roam Research, and analog journaling help preserve executive bandwidth. Practice “cognitive fasting”: Reserve time for boredom, reflection, and deep work to enhance the brain’s default mode network (DMN) function. 4. Neuroplasticity and Lifelong Learning The adult brain remains malleable. Novelty, challenge, and intentional practice foster synaptogenesis, myelination, and resilience against neurodegeneration. Essentials: Learn unfamiliar skills: music, languages, coding, complex motor tasks. Combine cognitive + physical training: e.g., dance, martial arts, or dual-task drills. Prioritize depth over speed: Slow, focused engagement (deliberate practice) is more beneficial than superficial digital consumption. ..... #mentalhealth #brain #health #humanity #psychology #healthybrain #happybrain #neuroscience #HBE #humanbrainexpo #3hbrain #science #brainhealth #helpfulbrain #innovation  #innovationmanagement  #psychiatry

At scale in financial technology, resilience cannot be a checklist item. It has to be part of the platform and how teams actually build software. More teams are starting to build this directly into their workflow. AI is showing up across the lifecycle. Design, testing, code review, deployment. Not as a bolt on, but as part of how work gets done day to day. At the same time, SDKs and internal platforms are doing more of the heavy lifting. Governance, security, and compliance are no longer afterthoughts. They are built into the IDE and CI/CD flows where developers are already working. That shift matters. It standardizes how systems are built, reduces drift across services, and lowers the overall incident surface area. Especially at scale, where small inconsistencies become real problems. Those phone calls from the top are not fun conversations. Modernization plays a role here too. Moving off older runtimes like Java 8 is not just a technical upgrade. It improves throughput, reduces latency, and stabilizes performance. When that is paired with strong observability, canary releases, and thoughtful failover, systems start to behave differently. Failures still happen. Customers just do not feel them. That is the shift. Resilience becomes something that is designed in, not reacted to. For me, the model is simple. AI-assisted workflows, platform-driven governance, and modern runtimes working together as one system. That is how you move fast and stay trusted at the same time. Sources: OECD – AI in Finance and Banking https://lnkd.in/gk4jyjSc World Economic Forum – Future of Financial Services https://lnkd.in/gDZ_kYqH Bank for International Settlements (BIS) – Operational resilience in banking https://lnkd.in/gYRGrqTf Financial Stability Board (FSB) – Enhancing financial system resilience https://lnkd.in/gm55BdgW National Institute of Standards and Technology (NIST) – AI Risk Management Framework https://lnkd.in/gwx4ux7c International Monetary Fund (IMF) – Fintech and digital transformation in banking https://lnkd.in/gckG-iNF #ArtificialIntelligence #DevSecOps #SecureSDLC #Fintech