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www.unifyport.ai website analysis

https://www.unifyport.ai/

Progress
100%
Ready
7
Modules
7
Shared analysis · View all saved resultsUpdated Oct 21, 2026
Base info

Overview

Traffic summary
Status
success
Data month
Sep 2026
Monthly visits
4,915
Avg. visit duration
00:00:25
Pages per visit
2.44
Bounce rate
36.32%
All Traffic
3 months
Monthly visits
4,915
Sep 2026
02K4K6KJulAugSep
Traffic channels
Direct35.37%
Organic search28.76%
Referrals12.52%
Organic social6.15%
Display Ads5.31%
Affiliate3.70%
Email3.66%
Paid search1.62%
Geography
VietnamVN
35.45%
United StatesUS
32.76%
ThailandTH
19.56%
TaiwanTW
12.23%
Top Keywords
5 rows
  1. 一個line官方帳號 可以有幾個messaging api
    Volume
    90
    CPC
    --
    Est. value
    $90.00
  2. tiktok shop api
    Volume
    3,620
    CPC
    $8.17
    Est. value
    $80.00
  3. cách sử dung cyberchef
    Volume
    210
    CPC
    --
    Est. value
    $60.00
  4. tiktok scope seller.customer_service (480004)
    Volume
    210
    CPC
    --
    Est. value
    $60.00
  5. line message api vs service message 價錢及限制比較
    Volume
    120
    CPC
    --
    Est. value
    $60.00
AI Traffic Distribution Over Time
No AI traffic data returned.
Revenue signal

MRR

No MRR shared publicly by the unifyport founder or team was found.
AI research

Product Analysis

Product snapshot

UnifyPort

Medium confidence

UnifyPort presents itself as a business-facing API for sending messages and receiving normalized webhook events across WhatsApp, Telegram, LINE, TikTok, Zalo, and X. Its public pages show API examples and documentation; they do not independently establish service performance or channel coverage in production.

Category
Unified messaging API and webhook infrastructure
Positioning
“One API. Every Channel.” UnifyPort positions itself as production-oriented infrastructure that replaces separate messaging-platform integrations with a common sending endpoint and event format.
Business model
Business-use service with workspace API access and messaging-account-based pricing. The pricing page describes graduated USD pricing and free messaging accounts, but the supplied readable page does not show rates, allowances, or checkout terms.
Target users
Developers and engineering teams building messaging integrations

Send and receive messages across channels without maintaining a separate integration and event parser for each provider.

Businesses operating multiple messaging accounts

Connect accounts to a workspace and route inbound activity into their own business systems.

Problems and pain points

Problems solved

  • Repeated implementation of provider-specific messaging integrations.
  • Different inbound message and account-event formats across channels.
  • Operational work around webhook verification, retries, and delivery failures.

Core pain points

  • Maintaining integrations as messaging providers behave differently or change.
  • Getting inbound events into a consistent, usable analysis engine format.
  • Diagnosing failed callbacks and uncertain message delivery.
Product value

Value proposition

UnifyPort claims to let teams connect multiple messaging channels through one REST API and receive standardized events, reducing integration and operational work.

Core features

Unified message endpoint · A documented POST /v1/messages interface for sending through a connected account.
Normalized webhook events · A common event shape for inbound messages and account activity, according to the product documentation.
Workspace and account connections · Groups messaging accounts, API keys, and webhooks for an integration.
Webhook and delivery controls · The site claims signature verification, subscriptions, retries, rate limits, and failure tracking to support production operations.
Developer documentation and SDKs · API reference and stated Node.js, PHP, Go, and Python SDKs offer implementation paths.

Stated advantages

  • One documented sending interface and event format across the six named channels.
  • Documentation explicitly describes operational constraints, including the need to store inbound events on receipt.
  • A self-service signup path, API examples, and developer utilities reduce initial evaluation friction.
Go-to-market read

Acquisition

Developer-oriented API documentation, tutorials, blog posts, and a public tools directory; the site also offers Telegram contact.

Conversion

Calls to action invite visitors to start free, get an API key, or discuss a supported rollout with the team.

Monetization

The site describes messaging-account-based graduated pricing and business subscriptions, but the supplied pricing-page text does not expose actual prices.

Strategic signals

Trust signals

  • Public API reference includes authentication, request IDs, connection-state guidance, and webhook limitations.
  • Published terms, privacy policy, and refund policy identify SAASBASE PTE. LTD. as the service provider.
  • The homepage displays operational-status and reliability claims; these are site assertions, not independently verified measurements.

Risks or gaps

  • No REST message-history read API or guaranteed event replay is documented; customers must register a webhook and retain needed events themselves.
  • Channel availability and delivery depend partly on third-party platforms, and the terms do not guarantee delivery or uninterrupted operation.
  • Supported actions and message types may vary by provider despite the unified API positioning.
  • The supplied readable pricing page provides no rates or detailed allowances.
  • The supplied pages provide no independently verifiable customer outcomes, uptime history, or adoption figures.

Product opportunities

  • Make channel-by-channel capability differences and rollout boundaries prominent during evaluation.
  • Publish accessible pricing examples and allowance details to clarify purchasing decisions.
  • Provide clearer guidance for webhook retention and recovery, given the documented absence of guaranteed replay.
Evidence and crawl coverage

Pages analyzed

18

Crawl depth

2

Evidence notes

Crawled pages

Analysis limitations

  • This assessment uses only the supplied public-page extracts, not a live product test or independent verification.
  • The pricing page's supplied body omits its pricing details.
  • Homepage performance figures and operational status are presented as product claims, not verified results.
  • Signup metadata mentions phone and Google options, but the supplied visible form shows only email verification; availability of the other methods is unclear.
On demand

Build Timeline

SEO

Ads

Publisher connections

AdSense

Social

On demand

Technologies

Security

Inspect this website’s public security configuration, certificates, DNS records, and browser protections.

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HTTPS & redirects

Not checked
Checks whether HTTP requests reach HTTPS and records the redirect chain.

SSL / TLS certificate

Not checked
Checks certificate trust, hostname, expiration, negotiated protocol, and cipher.

HTTP security headers

Not checked
Inspects CSP, framing protection, MIME sniffing, referrer policy, permissions, and cross-origin policies.

HSTS

Not checked
Checks Strict-Transport-Security on the first HTTPS response, max-age, and subdomain coverage.

Cookie security

Not checked
Inspects Secure, HttpOnly, and SameSite on cookies returned by the page and its redirects. Cookie values are never saved.

Mixed content & script integrity

Not checked
Finds HTTP resources, form actions, inline CSS references, and external scripts without integrity hashes.

DNSSEC

Not checked
Checks DNSKEY, DS, and the public resolver’s authenticated-data flag for this hostname.

CAA records

Not checked
Looks for certificate authority authorization records on the hostname and its parent domains.

Email security

Not checked
Inspects MX, SPF, and DMARC records for the exact target hostname.

security.txt

Not checked
Checks /.well-known/security.txt, then /security.txt, for disclosure contacts and expiration.

CDN / WAF signals

Not checked
Looks for passive response-header signals from common CDN and WAF providers.

These checks inspect public configuration at a point in time. They do not prove that a site is free of vulnerabilities. Only the initial HTML, response cookies, and exact hostname are inspected; JavaScript-created content, authenticated pages, active port scans, and external threat databases are outside this check. Missing or unverified evidence is shown separately from passed checks.

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