Public-sector platforms, engineered to be ready for scale.
SoloMono helps public sector organizations, state institutions and GovTech initiatives design, develop and launch scalable digital platforms with reliable architecture, complex integrations and long-term technical ownership.
Built for public-sector workloads
- Citizen portals
- Public registries
- Payment services
- Procurement
- Digital marketplace
- High-load platform
- Peak-ready High-load architecture
- Integration-first Registries · payments · legacy
- You own it Full source & docs
SoloMono is a member of GTA UA
SoloMono is part of GTA UA - the Ukrainian GovTech Alliance. This positions us within a professional community focused on responsible digital transformation, transparent competition and reliable digital infrastructure for the public sector.
Membership in GTA UA reflects our commitment to GovTech principles: accountability, technical excellence, and long-term focus on public sector needs.
Public platforms fail when they are built like ordinary websites.
Government services carry obligations ordinary sites do not: traffic spikes on deadline day, decades of legacy systems, audit requirements and a long operational life. Average-load thinking breaks under all four.
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Peak load breaks services
Deadlines, announcements and limited releases create sudden spikes. Infrastructure sized for average load collapses exactly when it matters most.
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Legacy is hard to integrate
Institutions run on years of accumulated systems. Without integration architecture, new platforms create silos and manual workarounds.
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Vendor lock-in limits control
Closed platforms and proprietary integrations create dependency - and remove your ability to modify, audit or migrate the system.
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Poor architecture compounds risk
Quick launches without planning create technical debt that grows exponentially. Maintenance costs rise and scaling becomes impossible.
What SoloMono can build for government and public sector teams
One engineering practice across the platforms public institutions actually need to ship.
Case study: SoloMono x National Bank of Ukraine
The National Bank of Ukraine needed an official online store for numismatic products - collectible coins and commemorative items with extremely limited inventory. Public demand would spike dramatically on release days, with thousands of users attempting to purchase simultaneously. Traditional eCommerce platforms would collapse under the load.
Key Engineering Decisions
Rather than relying on managed hosting, we designed a custom infrastructure specifically optimized for the commerce patterns. This meant:
- Separate read/write database optimization
- Queue-based order processing to prevent lost transactions
- Real-time inventory synchronization across servers
- Dedicated infrastructure for product release days
The Result
The platform successfully handled multiple major numismatic releases with stable performance. Users could reliably complete orders during peak demand. The infrastructure remained stable even when attempting to accommodate extreme concurrent traffic patterns.
From fragile digital services to reliable public infrastructure.
| Aspect | Without strategic architecture | With strategic architecture |
|---|---|---|
| Infrastructure | Monolith on a single server | Scalable cluster with load balancing |
| Operations | Manual, error-prone processes | Automated workflows and queues |
| Peak Readiness | Services break under demand | High-load engineering from day one |
| Integration | Point-to-point, brittle links | API-first, integration-ready |
| Ownership | Vendor-dependent black boxes | Full ownership and documentation |
| Scaling | Hard-to-scale architecture | Planned for 10x growth |
| Audit & Compliance | Hard to verify or document | Audit-friendly, role-based access |
A controlled delivery process for public-sector projects.
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Step 01
Discovery & alignment
Stakeholder interviews, requirement mapping, risk assessment and architecture planning.
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Step 02
Technical architecture
System design, infrastructure planning, integration mapping and a scalability roadmap.
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Step 03
Design & UX
Interfaces for public users and admin workflows, with accessibility built in.
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Step 04
Development & integration
Custom platform build, system integrations and database optimization.
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Step 05
Load testing & release
Peak-demand simulation, controlled release workflow and monitoring setup.
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Step 06
Support & iteration
Ongoing monitoring, optimization, feature development and technical ownership.
Planning a public sector digital platform?
Talk to SoloMono about architecture, integrations, scalability and delivery risks before development starts.
Frequently asked questions
Our team develops internal management systems, procurement platforms, and public information portals tailored to the specific needs of government agencies and large ecosystems.
Security is part of our controlled delivery process. We create an audit-friendly infrastructure where all logs and processes are transparent, ensuring full government oversight.
Yes, we use an API-first approach, which allows us to seamlessly integrate new modules with existing infrastructure, transforming fragile digital services into reliable public infrastructure.
We build in resilience to peak loads at the design stage (high-load engineering from Day1). Our solutions allow systems to remain stable even during massive requests, which was confirmed by a successful case of cooperation with the National Bank of Ukraine
Traditional websites often struggle with peak loads and complex integration of legacy systems.SoloMono uses a Platform Engineering approach that ensures traffic resilience, vendor lock-in, and a scale-ready architecture.
More info
SoloMono Agency empowers public sector organizations with cutting-edge GovTech solutions designed for maximum security, transparency, and citizen engagement.
We develop highly resilient governmental portals, automated public service platforms, and secure data registries that strictly comply with national security and data privacy standards. Partner with us to accelerate digital transformation in the public sector with scalable, accessible, and fault-tolerant software architectures.