Apoorv Agnihotri. Let’s talk
AI & ENTERPRISESOLUTIONS ARCHITECTURE

MAKE IT WORK.

Business perspective.
Architectural thinking.
Hands-on engineering.

From business challenges
to intelligent systems.

THE SPACE BETWEEN STRATEGY & DELIVERYENTERPRISE SYSTEMS × APPLIED AI

AI & Enterprise Solutions Architect

Business problems.
AI capabilities.
Connected.

I translate complex business requirements into practical solution architectures, combining enterprise integration experience with hands-on AI product engineering.

How I approach a problem
FINANCIAL TECHNOLOGYDISTRIBUTED SYSTEMSAPPLIED AI

01 / PERSPECTIVE

I design and build technology solutions that connect business needs with enterprise systems and emerging AI capabilities.

My background spans financial technology, distributed systems, cloud architecture, and independent AI product development. I’ve worked across the solution lifecycle, from understanding requirements and evaluating technical approaches to designing integrations, implementing applications, and delivering working solutions.

02 / CAPABILITIES

What I bring.

Business understanding first.
Technology with a purpose.

01

Business-to-Technology
Solutioning

Translating business problems, operational constraints, and stakeholder requirements into clear technical approaches, functional workflows, and implementable solutions.

02

Enterprise Systems
& Integration

Designing and implementing integrations across distributed applications, financial platforms, APIs, messaging systems, and cloud infrastructure.

03

Applied AI &
Intelligent Workflows

Exploring and implementing speech AI, local language models, semantic retrieval, and intelligent text processing with attention to user experience, system constraints, and practical utility.

04

Architecture
Through Execution

Bridging solution design and engineering implementation, with experience developing proofs of concept, deploying applications, and independently shipping software.

03 / SELECTED ENTERPRISE WORK

Complexity, connected.

Financial infrastructure. Enterprise platforms.
Practical paths from requirements to delivery.

01 / ENTERPRISE FINANCIAL TECHNOLOGY

Digital Currency &
Core Banking Integration

Contributed to the integration of a distributed ledger-based digital currency platform with cross-border payment infrastructure and conventional core banking systems.

System integrationTransaction orchestrationDistributed systems
Explore the work

Worked across service design, transaction workflows, asynchronous messaging, and platform interoperability, translating complex financial processes into interconnected application components.

My contributionOwned low-level design for integration components and contributed to high-level design for microapplications. Built Kotlin components connecting ledger workflows, external settlement, and core banking operations through NATS and REST APIs.

Architecture considerationDefine clear integration boundaries between independently deployed applications and coordinate transaction state across asynchronous and synchronous interfaces.

INTEGRATION BOUNDARIES / CONCEPTUAL VIEW
Application workflowsRequest & transaction state
NATS / REST
Integration componentsOrchestration & interoperability
Settlement platform
Core banking

Simplified project context. Not a production system blueprint.

02 / CAPITAL MARKETS

Privacy-Aware
Securities Infrastructure

Collaborated with enterprise stakeholders and a Solutions Architect to translate securities distribution requirements into a working technical proof of concept.

Requirements translationProof of conceptControlled visibility
Explore the work

Implemented application workflows supporting controlled transaction visibility and participated in iterative solution development and the final technical demonstration.

My contributionDeveloped Corda/Kotlin workflows and depth-first traversal of multi-tier custody relationships. Worked directly with stakeholders alongside a Solutions Architect and led the final demonstration.

Architecture considerationDetermine downstream recipients while controlling which parties receive relevant transaction data and protecting sensitive custody relationships.

DISTRIBUTION LOGIC / CONCEPTUAL VIEW
Securities distributionEntitlements & payment obligations
CONTROLLED DISCLOSURE
Custody hierarchyDepth-first traversal
Custodian
Sub-custodian

Relevant data shared with relevant parties.

03 / FINANCIAL TECHNOLOGY

Cloud Infrastructure
for Digital Assets

Owned application development and cloud deployment activities for a digital asset platform.

AWSTerraformPrivate networking
Explore the work

Worked on AWS infrastructure, environment architecture, infrastructure-as-code, and private network connectivity between application and client environments.

My contributionTook primary technical ownership of Corda application development and deployment. Designed the private cloud environment, provisioned VPC and EC2 infrastructure with Terraform, and configured private client connectivity.

Architecture considerationConnect application delivery, repeatable environment provisioning, and private access boundaries in one deployable solution.

ENVIRONMENT DESIGN / CONCEPTUAL VIEW
AWS / PRIVATE VPC
Application servicesCorda / EC2
Infrastructure as codeTerraform provisioning
PRIVATE CONNECTIVITY
Client environment

04 / ENTERPRISE SAAS

Cloud-Native
Enterprise Software

Developed cloud-native software and backend integrations within enterprise data protection and analytics platforms.

MicroservicesEvent-driven systemsApplication engineering
Explore the work

Worked with microservices, messaging infrastructure, cloud services, and application interfaces to support distributed product functionality.

My contributionJoined an initial 10-member engineering team building a Backup as a Service offering. Developed Java/Spring Boot integration and orchestration services, working with Kafka and RabbitMQ in an AWS/Azure Kubernetes environment.

Architecture considerationConnect new SaaS application workflows to established enterprise backup capabilities through service orchestration and APIs.

SERVICE ORCHESTRATION / CONCEPTUAL VIEW
Cloud applicationCustomer workflows & APIs
JAVA / SPRING BOOT
Integration servicesKafka / RabbitMQ
API ORCHESTRATION
Enterprise backup platform

04 / INDEPENDENT AI PRODUCTS

Architecture.
Made tangible.

Three native macOS applications.
From model trade-offs to working software.

Hush AI product film artwork01 / HUSH

SPEECH AI / PUBLICLY RELEASED

Hush.

Natural dictation with intelligent text refinement.

A native macOS application that converts speech into text and refines spoken language using on-device capabilities and Apple Intelligence.

Designed and built across speech capture, text processing, desktop integration, product experience, and release.

Swift / SwiftUIApple SpeechApple Intelligence
Explore Hush
Still macOS application with Smart Collections and a searchable visual library02 / STILL

SEMANTIC RETRIEVAL / PUBLIC PREVIEW

Still.

Finding information by meaning, not just filenames.

A local semantic file-discovery application that uses embedding models, indexing, and contextual retrieval to make personal information easier to discover.

Designed around local processing, efficient indexing, and practical semantic search, with a focus on image and video libraries.

EmbeddingGemmaApple Vision OCRLocal indexing
Explore Still
03 / CHORUS

Words into
voice.

LOCAL GENERATIVE AUDIO

GENERATIVE AUDIO / INDEPENDENT PROJECT

Chorus.

A local studio for AI-generated speech.

A native macOS text-to-speech application integrating local speech generation models with customizable voice output and audio export.

Built to explore the capabilities and practical trade-offs of local generative audio systems.

KokoroChatterboxWAV export
Ask me about Chorus

05 / HOW I THINK

Clarity before complexity.

A practical approach to solution architecture.
From an ambiguous brief to a working system.

01

Understand
the problem.

Identify business objectives, stakeholder requirements, existing processes, operational constraints, and desired outcomes.

02

Evaluate the
solution space.

Compare available technologies, integration patterns, AI capabilities, and implementation trade-offs before choosing an approach.

03

Design
the system.

Translate the proposed solution into component architecture, data flows, interfaces, application workflows, and integration boundaries.

04

Validate through
implementation.

Build proofs of concept or working components to test assumptions, identify integration challenges, and establish technical feasibility.

05

Deliver
and evolve.

Connect design decisions with implementation, deployment, feedback, and continued product improvement.

06 / EXPERIENCE

Enterprise foundations.
Independent execution.

Download full resume
DEC 2025 — PRESENT

SnapSeek.ai

Founder & Software Engineer

AI Product Development
↗
FEB 2023 — NOV 2025

R3

Solutions Engineer, APAC

Enterprise Financial Technology
02
JAN 2020 — JAN 2023

Veritas Technologies

Software Engineer

Enterprise Cloud Software · Includes internship
03

A CONVERSATION IS A GOOD PLACE TO START.

Let’s build something
meaningful.

I’m interested in opportunities at the intersection of AI solution architecture, enterprise technology, and technical product delivery.

Get in touch