Business continuity in the age of AI dependency
The rise of artificial intelligence (AI) has transformed the way businesses operate, offering unprecedented efficiency, scalability, and innovation. From predictive analytics to automated decision-making, AI has become integral to critical business processes across industries. However, this growing dependency on AI in the various forms it is operated and used, introduces unique risks that traditional business continuity plans may not be addressing effectively in its current form.
System fragility, adversarial attacks, and
data vulnerabilities are just a few examples of challenges that can jeopardize
continuity in AI-dependent services, and eventually, AI-dependent businesses.
To ensure resilience, businesses must adapt
their continuity planning to account for AI-specific risks, establish robust continuity
solutions, and assign adequate human oversight to enable teams to catch issues
at their early stages. To start thinking about expanding your current business
continuity planning and protect the growing AI-dependent aspects your
organization is undertaking, this article brings you the key strategies for
creating a resilient plan even as AI dependency inevitably continues to grow.
The New Focus: AI-Specific Risks
AI systems, while powerful in some ways,
are not infallible on the tech stack level. Their reliance on algorithms, APIs,
varied data sources, and, at times, complex infrastructure, makes them
susceptible to unique failures. Here are some challenges businesses must
address to prioritize continuity:
AI System Fragility: AI systems often struggle with "edge cases" or scenarios
outside their training data, which can lead to unpredictable behavior, and
therefore ‘break’ easily, producing negative results instead of those
originally intended.
Common and AI-Specific Security
Vulnerabilities: AI systems are particularly
vulnerable to adversarial attacks, where malicious actors manipulate data to
exploit system weaknesses. This is true for the infrastructure that underpins
AI implementations, as it is true for the data used by AI systems, the APIs
that connect them to data, and the applications themselves that people use
every day.
AI Data Risks: AI systems depend on vast amounts of data, making data integrity
and security critical for their operation, but not easier to protect,
especially at the scale that AI systems require.
To mitigate these key risks, organizations should
start mapping and integrating more AI-specific considerations into their
business continuity solution design, solution selection and planning for both
incidents and crises.
Key Strategies for a Resilient Business Continuity Plan
Assess AI Dependencies
Mapping AI dependencies is the first step
toward understanding how critical processes rely on AI systems. Mapping the
people who are tasked with operating them, and those governing the data they
consume, is even more critical. Nowadays, many organizations are already
appointing a CAIO – Chief AI Officer, and this new role oversees business and
technical roles you should interact with to get an accurate picture of
dependencies, and then find gaps that may require new strategies and solutions.
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Meet with
the relevant Business Operations, Risk & Compliance, and technical teams to
identify workflows and systems that depend on AI.
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Pinpoint
areas most vulnerable to AI failures, whether due to potential technical issues,
single points of failure, data issues, or risk due to cyber attacks.
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Evaluate
the likelihood and impact of failure points within these dependencies so you
can make the right business case for the organization’s leadership.
Looking at your existing Risk Register, chances
are that you would need to make considerable updates, if those are not already
made. By creating a detailed AI reliance map, you can think of the right ways
to prioritize areas that require immediate action and proactive risk
mitigation.
Updating the Business Impact Analysis
(BIA)
While AI
systems may rely on common infrastructure, data sources, and networking as
other workloads, overlooking AI-specific scenarios, can leave organizations
unprepared for disruptions. Your current BIAs may need updating per the
extended Risk Register, making sure to adapt BIAs to new business activities
and processes that have been deployed since the last BIA.
Start with
business process owners first to understand criticality, then work backwards to
technical requirements. AI systems often have unique BC considerations around
model drift, training data dependencies, and performance degradation that
traditional BC planning doesn't address.
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As you
update the BIA, include scenarios for AI system failure, such as algorithmic
errors, adversarial attacks, or data breaches.
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Evaluate
the impact of these scenarios on critical Products & Services, Business
Activities, and Business Processes, according to the way your organization
carries out their mission.
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Review/assign
continuity objectives to categorize:
o Recovery Time Objectives (MTPD, RTO) How quickly must the AI system be restored?
o Recovery Point Objectives (RPO) How much data/learning loss is acceptable?
o Minimum Business Continuity Objectives
(MBCO) What is the performance degradation or reduced
functionality acceptable for this system?
Implement Workarounds, Fallback
Procedures
AI systems
are designed to operate autonomously, but human intervention remains essential
in the face of system failure. Fallback procedures for AI should establish scenarios
and protocols where human teams should be triggered to take over if/when an AI
system fails. Think through these scenarios, and ensure backup systems and
manual processes, as well as those in your team tasked with taking charge, are
ready, and documented in your plans. Having these in place, can help maintain a
certain level of operations during outages / cyber crises that impact on AI
workloads or customer facing activities.
Extend Planning with AI-Specific Vendor
SLAs
Business Continuity that your organization
can control extends well beyond organizational walls. For most companies who
are taking their first steps in the world of AI for business, AI vendors play a
crucial role in maintaining data and system reliability. It goes without saying
that robust service-level agreements (SLAs) can help mitigate some of the risks
associated with potential outages and other issues. Review contractual language
to ensure that it demonstrates shared accountability for continuity planning, covers
relevant KPIs, and details recovery support you can expect in case of an
incident/crisis.
Test, Review, Optimize Over Time
Test the Technology: Stress-testing AI systems helps businesses understand their
limitations and prepare for worst-case scenarios. Evaluate AI system behavior
under pressure and identify potential failure points.
Test the Humans: Once plans are in place and all roles have been assigned, start
training staff to respond to AI-specific incidents. If there are Tier 1 systems
that rely on AI, then routine incident simulations for AI-specific failure
scenarios is definitely an exercise to schedule.
Use the results from testing and exercises
to continually update and evolve plans. Continuous optimization ensures
business continuity measures remain effective and relevant in an ever-changing
AI landscape, no matter the source of an incident.
AI Resilience is Business Resilience
Today, businesses increasingly depend on AI
for a an increasing variety of operations, and many are already minimizing their
workforce as a result. In the next 5-10 years, we are bound to see a fully
integrative workforce made up of both humans and autonomous Agents working together
as part of BAU operations. It is therefore imperative that continuity planning evolve
as a top priority at this point to address risks that can impact AI systems in
both generic and more unique senses.

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