Project Context & Strategic Challenge
Continuous, objective measurement of DNS latency, query resolution patterns, and cryptographic validation is essential for diagnosing systemic network vulnerabilities and guiding national cybersecurity policy.
Lack of centralized, public-interest telemetry on Uganda’s domain name infrastructure left regulators and network operators without clear visibility into national DNS health and resilience trends.
Establish an open-data observatory monitoring authoritative and recursive DNS performance across Uganda.
Track longitudinal trends in DNSSEC deployment across .UG domains and public service platforms.
Publish periodic technical briefs informing national cybersecurity and peering strategies.
Core Responsibilities & Delivery Methodology
In this engagement, I exercised comprehensive leadership and oversight to ensure that project milestones were delivered to the highest professional standards:
Key Activity Pillar 01
Deployed and monitored active network measurement probes across diverse local ASNs.
Key Activity Pillar 02
Analyzed query resolution speeds, DNSSEC validation rates, and redundancy configurations.
Key Activity Pillar 03
Authored diagnostic reports on national DNS infrastructure resilience.
Verified Outputs & Strategic Impact
Through meticulous coordination, capacity building, and institutional alignment, the initiative generated lasting, verifiable strategic outcomes:
Verified Deliverable & Outcome 1
Uganda DNS Pulse Quarterly Resilience & Performance Bulletins.
Verified Deliverable & Outcome 2
National DNSSEC Adoption & Security Benchmark Reports.
Verified Deliverable & Outcome 3
Open Measurement Dataset & Interactive Telemetry Summaries.
Verified Deliverable & Outcome 4
Provided verifiable telemetry that empowered network operators to optimize server redundancy and prompted several key institutions to enable DNSSEC signing on their critical domains.
Field Action & Lessons Learned
Transparent, peer-reviewed infrastructure measurement is the most effective catalyst for driving voluntary security upgrades across independent network operators.
