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Β© Denise Bondoc. All rights reserved.

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I started as a software developer back in 2006 at an IT consulting firm in the Philippines. My first task was testing, and I remember it was challenging β being a newcomer delivering critical feedback. During that time, I worked mostly on development. Then I went to Singapore in 2008 after a failed attempt at becoming a cabin crew. I was 23 and still finding myself.In Singapore, it is easy to volunteer for more work especially at smaller companies. So I dabbled with IT management, system and database administration then became a system analyst. I was getting comfortable when I was offered a role at a big IT consulting firm. Initially, it wasn't much different from what I was doing before, but it introduced me to the corporate world.The most stressful but most rewarding job I've had was as a crisis manager at a big telco when I was 30. After that, I thought I deserved to relax. So I went to a bigger telco, studied forensics while working as a solution integration architect, enterprise architect, and then project portfolio manager focusing on strategy alignment, governance, and risk mitigation.But there is nothing I enjoy more than investigation and problem solving.What makes me happy is giving people more time to enjoy life - by stabilizing their work life. And I hope to keep doing that while doing the things I love. Cheers!


IT Risk & Governance Diagnostic
Fractional Advisory / Portfolio Alignment
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π Problem:
A large-scale enterprise system migration was executed under a restrictive vendor contract that allowed minimal customization. As CRM lead, I realized the predefined customer data model in the new platform did not reflect the complexity of legacy customer hierarchies, embedded business rules, or integration dependencies.Early indicators suggested that direct mapping would compromise:β’ Customer data integrity
β’ Cross-system integrations
β’ Long-term platform stabilityConcerns about redesigning the customer model were initially perceived as excessive.π§ Investigation:
I conducted a structural and architectural deep dive across legacy and target environments:β’ Reverse-engineered legacy customer data structures, hierarchies, and hidden dependencies
β’ Analyzed system-driven business processes and undocumented operational logic
β’ Assessed the new platformβs standard customer schema and contractual configuration limits
β’ Mapped integration touchpoints between CRM and upstream/downstream systems
β’ Identified structural gaps that would create data corruption or instability if left unresolvedThis analysis confirmed that a standard implementation would introduce significant long-term enterprise risk.π§ Solution:β’ Redesigned the customer data model to reconcile legacy complexity with vendor platform constraints
β’ Reconstructed customer hierarchy logic to preserve critical business relationships
β’ Designed integration patterns aligned with both contractual boundaries and technical realities
β’ Developed a migration mapping framework to protect business-critical rules and data dependencies
β’ Influenced stakeholders to support architectural correction despite initial resistanceThe solution balanced compliance with the vendor contract while safeguarding system sustainability.π Result:β’ CRM was the only major domain that transitioned without structural failure
β’ Preserved customer data integrity through go-live
β’ Achieved stable integrations post-implementation
β’ Avoided significant remediation costs experienced in other workstreams
β’ Established a scalable customer architecture for future growth
π Problem:
An ongoing inventory mismatch affected high-value strategic clients. The root causes were process misalignment, outdated patches, and automation errors across multiple critical systems.
π§ Investigation:
I performed a full-stack assessment:
β’ Analyzed all systems, processes and products involved: ordering, billing, infrastructure, resource, peripheral platforms
β’ Evaluated the accuracy and completeness of data flows between them
β’ Identified gaps in business continuity awareness and training
π§ Solution:
β’ Created a system-wide mapping of required data fields and flows
β’ Systematically:
o Restored or removed incomplete data
o Matched and validated existing data across systems
β’ Developed new SOPs, trained internal teams, and revised incident escalation processes
β’ Worked with process owners to realign automation logic and patch schedules
π Result:
β’ Enabled restoration of inventory sync across systems with >95% accuracy
β’ Prevented recurrence of mismatches for key accounts
β’ Improved internal readiness and shortened future incident resolution by 60%
π Problem:
After a year of project execution, the team identified a recurring issue: many initiatives were underutilized, forgotten, or decommissioned prematurely, resulting in wasted resources and manpower.
π§ Investigation:
A thorough assessment revealed that:
β’ Several solutions were redundant or misaligned with existing business processes and goals.
β’ Many team members were unaware of existing system capabilities that could already address the same problems.
β’ In many cases, the issues could be resolved through workflow integration or configuration, without requiring new development.
π§ Solution:
β’ Conducted a comprehensive project assessment, discovering that 95% of projects could be addressed without additional development.
β’ Facilitated cross-functional workshops to map system features to business needs.
β’ Introduced process documentation and visibility tools to help teams reuse and integrate existing systems.
β’ Trained developers in business domain knowledge and solution design principles to improve decision-making during project planning.
π Result:
β’ Achieved $2.5M in cost savings over two years by reducing redundant development and optimizing resource utilization.
β’ Improved team alignment, enabling more strategic and sustainable project decisions.
β’ Established a stronger culture of system reuse, integration, and business-aware design.
π Problem:
A development team was consistently missing project delivery targets and failing to achieve forecasted gains. Despite being visibly overloaded, productivity remained low. Projects were delayed or abandoned, and morale was declining.
π§ Investigation:
Upon review, I discovered multiple structural issues:
β’ Scope creep and poor documentation β project scopes were not well-defined or controlled.
β’ Unapproved work β developers were taking instructions from non-legitimate sources, diverting effort to unsanctioned projects.
β’ Lack of foresight and planning βteams began implementation without proper prerequisite checks.
β’ Weak feasibility assessments β no structured evaluation of project complexity, resources, or business impact before approval.
These issues collectively caused misalignment with IT strategy, burnout, and major inefficiencies.
π§ Solution:
I designed and implemented a project governance framework to restore structure and accountability:
β’ Established clear intake channels so that development teams only work on approved and strategically aligned projects.
β’ Introduced feasibility assessment protocols to evaluate resource, budget, and technology requirements before project kickoff.
β’ Created standardized documentation templates for scope, design, and planning to eliminate ambiguity.
β’ Personally supervised early-stage assessments to ensure technical and business alignment.
β’ Conducted training and mentoring to embed governance principles and foster disciplined planning habits among developers.
π Result:
β’ Achieved a 400% increase in project turnover, with measurable improvement in delivery timelines and quality.
β’ Developers reported improved work-life balance and reduced rework due to clearer direction and scope control.
β’ IT projects became strategically aligned with business objectives, resulting in sustainable and predictable delivery performance.
π Problem:
A company faced chaos during system migration β with thousands of incidents per day, affecting service provisioning and customer satisfaction.
π§ Investigation:
Anticipating problems, I proactively studied the provisioning architecture, automation processes, manual workflows, and product configurations prior to migration.
π§ Solution:
β’ Acted as the issue resolution commander, streamlining the flow between L1 support, recovery teams, business units, and developers.
β’ For each incident:
o Performed root cause analysis
o Identified impacted customers/services
o Created communication templates for L1 teams to handle customer interactions
o Provided clear recovery instructions to backend teams
o Initiated feedback loops to prevent similar issues, working closely with dev and ops for systemic fixes.
π Result:
β’ Brought daily incident volume down to almost none in less than a month
β’ Standardized incident communication protocols, shortening MTTR
β’ Strengthened cross-functional coordination under pressure
π Problem:
A company experienced frequent Oracle database failures after implementing a Sun Cluster setup. The cluster was expected to manage failovers but failed to detect outages, leading to critical downtime.
π§ Investigation:
I discovered that the issue stemmed from incompatibility between the Oracle version and the Sun Cluster software, which prevented proper failover detection. Since it was decided that a full database upgrade is not feasible, an immediate workaround was necessary.
π§ Solution:
β’ Designed and implemented custom monitoring scripts to track Oracle instance health and trigger manual failover.
β’ Automated disaster recovery processes to minimize service impact.
β’ Facilitated integration of a new infrastructure setup to active-active mode for improved high availability.
β’ Supported the long-term planning for database migration, documenting risks and required resource planning.
π Result:
β’ Stabilized the database availability with near-zero false failovers.
β’ Reduced downtime by 80% within the first month.
β’ Laid the foundation for a seamless future upgrade path without further outages.
π’ Client Overview
A company required a digital workplace investigation following an internal concern. The engagement focused on conducting a confidential, evidence-based review of employee communications while ensuring legal and HR compliance.
π― Objectives
β’ Execute a structured digital investigation using forensic methodology
β’ Collect and preserve company emails and chat records
β’ Reconstruct a verified timeline of digital interactions
β’ Deliver a comprehensive, HR-ready report with supporting documentation
βοΈApproach
1. Planning & Scoping
Defined scope, identify custodians, and establish evidence-handling and confidentiality protocols.
2. Evidence Collection
Acquired and preserved email and chat data, maintaining strict chain-of-custody documentation.
3. Analysis & Correlation
Reconstructed the timeline of communications and correlated findings across multiple data sources to provide an objective account of events.
4. Reporting & Handover
Delivered a confidential report including an executive summary, timeline, evidence catalog, and recommendations. Assisted HR in preparing supporting statements and documentation.
π‘ Results & Impact
β’ Evidence Integrity - All digital records preserved with certified forensic methods.
β’ Comprehensive Timeline - Verified sequence of communications provided clear context for HR.
β’ Confidential Process - Investigation handled discreetly, ensuring privacy and fairness.