Control infrastructure for telecom identifiers
Telesmart provides a control layer for telecom identifiers starting with numbers and extending to SIM and software endpoints as networks become programmable
Get in touch
Our story
Telesmart was created to solve a coordination problem in telecom.
Networks can route and activate services but they do not maintain shared state across operators suppliers and regulators.
Telesmart determines intended state before execution and records outcome after execution so number operations behave predictably inside automated workflows.
Because the problem is behavioural rather than numeric the same control model can extend to SIM lifecycle and software call endpoints when required.
2019 – Company founded
Created to address fragmented global number ownership and visibility
2020 – Core architecture built
Lifecycle governance and audit control introduced for numbering
2022 – Carrier deployment
Live multi-operator number lifecycle control in production
2023 – Multi-region operation
Compliance and policy enforcement across jurisdictions
2024 – Operational standardisation
Adopted by carriers and CPaaS providers for automated number operations
2025 - Extended identifier scope
Control model applied to SIM lifecycle and software endpoints in specific deployments
Built for real operator environments
Aligned with carrier operations regulatory frameworks and supplier ecosystems
Network reality
Connected to live carrier networks not test environments
Operational alignment
Fits existing operator workflows without parallel processes
Partner standards
Rules validated before any provisioning action
Regulatory assurance
National numbering policy enforced before activation
Existing ecosystem
Works with OSS BSS and suppliers without replacement
Our team
Engineers and operators specialising in large-scale telecom number operations and control architecture
Runtime
behaviour
The control layer governs intent. Network elements execute.
Traditional telecom systems execute commands immediately once requested. In multi-operator and API-driven environments this creates uncertainty because each system assumes state has already been validated. The control layer introduces a deterministic decision point before execution so actions remain consistent and recoverable. Network elements still perform the change but behaviour is governed centrally.
Request received
Order, API call or provisioning event enters the control layer
Policy decision
Jurisdiction, eligibility and state validated before execution
Deterministic execution
Commands orchestrated across carrier and platform systems
Permanent record
Lifecycle evidence recorded for audit and operational recovery
Review your number operations
Join the carriers, resellers, and CPaaS providers who have already modernised their number orchestration with Telesmart.
