Tokenized Emissions Management Software

Tokenized emissions management software It is the operational base needed by an entity that issues and manages tokenized instruments (and, especially, a future one ERIR) to control the entire life cycle of an issue: from the registration of the asset and the configuration of the issue, to the registration of ownership, transfers, events (payments, amortizations, blocks) and reporting.

Unlike a “DApp” or a set of isolated smart contracts, this type of software is a complete platform: embeds workflows, permissions, auditing, traceability, eligibility rules, integrations (KYC/KYB, payments, accounting, custody) and security layers. The objective is clear: that the broadcast can operate in a way secure, controlled, auditable and scalable, aligned with the applicable regulatory framework.

At Unknown Gravity, we design and develop tokenized broadcasting platforms with a focus Legal-First: we started by defining the law and the operating model, and we built the technology to support it without contradictions.

End-to-end lifecycle

Registration, Control and Auditing

Advanced rules and permissions

What is tokenized emissions management software?

It is a platform designed for operate tokenized emissions in production, ensuring control, traceability and compliance. Centralize the operating layer that connects:

The active/right (documentation and terms),
the Emission logic (parameters, rules, calendars),
The Registration and movements (holders, transfers),
And the automation (economic and corporate events).

In practical terms: it is the “back-office” + “registration” + “control panel” of the issue, with all the guarantees required by a regulated or pre-regulated environment.

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Difference between smart contracts and platform

Smart contracts execute chain rules, but they don't cover real operations on their own: permissions, internal flows, reviews, evidence, reporting, integrations and incident management. The platform provides that “nervous system” that makes the broadcast manageable.

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Who is this software for

ERIR futures and entities aspiring to operate a registration/registration in TRD
Issuers of tokenized assets (financial or RWA)
Investment platforms or marketplaces with their own issues
Entities that need strict control of transfers and eligibility

Key system features

Serious software for tokenized emissions is designed in modules, to scale without redoing everything when volume increases or requirements change.

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Emission settings

Registration of the issuer, vehicle and documentation
Parameters: supply, divisibility, schedules, conditions, classes/series
Operating Rules: Allowed Transfers, Validations, Limits, Trading Windows

Here the “operating contract” of the issue is defined: what is allowed, what is not, and under what conditions.

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Registration of holders and positions

Book of holders/forks
Position history by date
Evidences of changes, origin of operations, full traceability

Ownership and its changes must be reconstructable and verifiable at any time, without relying on manual interpretations.

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Transfer and validation engine

Onchain/off-chain transfers (depending on model)
Eligibility Rules and Whitelists
Locks, freezes, recovery, reverses under predefined rules

In regulated environments, the transfer cannot be “free” by default: the system must apply previous controls and record each decision.

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Economic and corporate events

Income/coupons/dividend distribution (if applicable)
Amortizations, burns, redeems, conversions
Changes to conditions and communications to owners

Real value appears when events are managed in a repeatable and automated way, reducing operational risk.

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Reporting, auditing and evidence

Exportables and reports by issue, investor, period
Action traceability (who did what, when and why)
Evidence for internal/external auditing

Control, Governance and Operational Security

This type of software must be prepared for highly demanding scenarios: access control, segregation of functions and incident management.

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Advanced roles and permissions

Operator, Supervisor, Compliance, Auditor, Management
Two-step approvals (four-eyes principle)
Critical actions with reinforced authorization

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Activity log and traceability

Immutable action log
Versioning configurations
Evidences associated with critical changes

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Incident and continuity management

Controlled retries and event queues
Monitoring and alerts
Recovery and Fallback Procedures

How we developed the software at Unknown Gravity

We don't build “generic platforms”. We build software that supports a specific operating model, with evolution and scalability.

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Phase 1 — Discovery and Operating Model

Definition of the type of issue and the right represented
Transferability Rules, Events, Governance
Auditing and reporting requirements

Here, the typical mistake is avoided: designing technology without defining what is being represented and how it should operate.

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Phase 2 — System Architecture and Design

Modules, flows, permissions, integrations
Data design and traceability
On-chain/off-chain strategy and risk control

The goal is to make the platform scalable: new issues, new assets, new rules.

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Phase 3 — Development, Testing and Hardening

Backend development, panels, APIs, smart contracts (if applicable)
QA, Security Testing, and Integration Testing
Observability (logs, metrics, alerts)

Quality here is not “nice to have”: it's a condition for operation.

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Phase 4 — Start-up and support

Deployment, Monitoring, Operational Support
Evolution plan: new features, new issues
Technical and operational documentation

The system is designed for reality: changes, audits and scaling.

Related Services

Frequently Asked Questions (FAQs)

Is this software only for ERIR?

No. It is especially valuable for future ERIRs, but so do issuers and platforms that manage tokenized emissions with control, auditing and reporting requirements.

Can it be adapted to different types of assets (financial, RWA, energy, etc.)?

Yes. The software is designed by modules and rules: what changes between assets is the legal-operational structure, restrictions and events. The platform adapts to that logic.

Does it include public, private blockchain, or both?

It depends on the case. We can design architectures on public, permissioned or hybrid blockchain, prioritizing control, traceability, operating costs and compliance requirements.

Base

Ethereum

Polygon

Arbitrum

BNB

Bitcoin

Avalanche

Optimism

We work with any blockchain,
so that you have no limits.

Why choose us?

The answer is easy.

Weekly monitoring

We want you to feel that we are your team,
because we really are.
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You'll have weekly meetings with us to tell you what we've come to, and what we're going to do next week.

Constant feedback is the key to improvement.

Data-based design

We will design a personalized plan adapted to your needs, ensuring that every decision and strategy is backed by key information that maximizes results.

Our team will work closely with you to ensure that your goals and objectives are met and met.

Precise execution

We will fine-tune every aspect of the strategy to ensure that it is exceptional. Our team will carry out rigorous quality controls and audits.

Innovation

We remain at the forefront of the latest technologies and trends, offering innovative solutions that not only do they meet, but they exceed expectations.

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HEADQUARTERS

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