About No-Code Business Database Platform
the no-code platform is a Taiwan-headquartered no-code business database platform that allows SMEs to replace spreadsheet-driven workflows with structured, multi-user relational databases โ without requiring developer resources. Founded to solve the operational complexity that growing businesses face when Excel and Google Sheets reach their limits, the no-code platform had built a loyal product community through organic discovery but lacked a structured commercial engine to reach new markets.
Across APAC, SME digitalisation was accelerating post-pandemic โ operations teams in professional services, manufacturing, and distribution were under pressure to reduce manual process overhead and improve data integrity. Despite this tailwind, the dominant competitor remained the spreadsheet: a tool so entrenched in daily workflows that users rarely seek alternatives until the pain of version conflicts, access control failures, or consolidation overhead reaches a critical threshold.
the no-code platform's product had clear, demonstrable advantages over spreadsheet dependency โ but capturing those advantages required reaching operations managers before they rationalised their spreadsheet problems as normal. Without proactive outbound, the no-code platform's growth across Singapore, Malaysia, Australia, and Japan depended entirely on users discovering the platform themselves โ a model that was leaving significant addressable market untouched.
Executive Summary
In 12 months, LVRA delivered 76 qualified product demos across four APAC markets, converting into 29 new paying SME accounts. Outbound-acquired accounts showed 38% higher six-month retention than organic sign-ups โ confirming that ICP-qualified outbound does not merely accelerate acquisition but materially improves customer quality. The programme established the no-code platform's first repeatable commercial motion outside Taiwan.
What needed
to change.
the no-code platform's international growth depended on organic sign-ups from product communities and developer networks. No proactive outbound targeted operations managers and IT decision-makers at SMEs who were prime candidates for a no-code database solution but hadn't self-identified.
The platform's primary competition was the spreadsheet โ an entrenched tool that users are reluctant to abandon until they've experienced its limitations at significant cost. Identifying and timing outreach to SMEs experiencing these limitations required a proactive identification system.
Growth across four APAC markets โ Singapore, Malaysia, Australia, and Japan โ required market-entry outreach in each, with no existing brand recognition in most of these markets.
How we built the solution.
Every LVRA engagement runs through four structured phases โ each one feeding the next.
Discovery & Audit
Phase 01
We audited the no-code platform's existing customer base to identify the firmographic and behavioural signals that predicted conversion and retention. Analysis confirmed that the highest-value accounts were SMEs in professional services, manufacturing, and distribution with five or more users sharing data across departments โ the precise context where spreadsheet limitations become acute and switching motivation is highest.
We reviewed the no-code platform's existing inbound data to understand which use cases were generating the most engaged product community conversations. Version control failures, manual consolidation across multiple spreadsheet owners, and access permission gaps emerged as the three primary pain categories โ each representing a concrete, articulable problem that could anchor outbound messaging without requiring prospects to understand no-code as a category.
We assessed the four target APAC markets for SME density, LinkedIn professional profile quality, and likely decision-maker title structures. Singapore and Australia presented the strongest addressable prospect pools for operations managers and IT leads with relevant titles. Malaysia and Japan required modified messaging approaches to account for different professional communication norms and lower English-language LinkedIn engagement rates.
Market Intelligence
Phase 02
We built segmented prospect lists across the four markets, filtering by company size (20โ200 employees), industry vertical, and operations or IT decision-maker title. Particular emphasis was placed on companies in sectors known for high spreadsheet dependency โ logistics coordinators, project-based professional services firms, and multi-site distributors where data consolidation across locations was a recurring operational challenge.
Competitor mapping across APAC identified that the no-code platform's primary displacement opportunity was not against other no-code platforms but against Excel, Google Sheets, and internally built Access databases. This framing โ replacing a behaviour rather than a competitor โ fundamentally shaped messaging architecture, anchoring every outbound touchpoint in spreadsheet-specific pain rather than software feature comparison.
LinkedIn data analysis across the four markets identified operations managers, office managers, and IT administrators as the titles with highest reply propensity. We cross-referenced industry vertical against company size to build tightly qualified prospect segments, ensuring SDR time was focused on accounts where the spreadsheet-to-database transition was commercially viable and organisationally motivated.
Strategy Design
Phase 03
ICP definition centred on SMEs with complex spreadsheet-dependent workflows: multi-user files, manual version reconciliation across departments, and access control limitations creating data integrity risk. Outbound sequences led with specific, named spreadsheet pain โ not the no-code platform's features. The opening message referenced the exact operational scenario (e.g., 'five people editing the same master file') rather than positioning the no-code platform as a product category.
SDR qualification criteria were defined with precision: confirmed use of shared spreadsheets across three or more users, an identifiable workflow the prospect managed using spreadsheets, team size between five and fifty, and a conversion timeline of under six months. This criteria set ensured only demos with genuine switching motivation were booked โ which directly drove the 44% SDR-to-booking conversion rate from positive replies.
LinkedIn outreach was sequenced before cold email in each market to establish name familiarity and validate contact details before higher-effort email sequences began. Connection request messaging was brief and specific โ referencing a relevant operational context rather than the no-code platform's product. Follow-up messages after connection introduced the spreadsheet pain frame before requesting a demo conversation.
Launch & Optimise
Phase 04
Programme launch prioritised Singapore and Australia in the first 60 days, where LinkedIn acceptance rates and reply quality were strongest. Early response data from these markets was used to refine messaging sequences before Malaysia and Japan activation โ allowing market-specific adjustments to tone, pain framing, and follow-up cadence based on observed engagement patterns rather than assumptions.
A/B testing across subject lines and opening message frames identified that messages referencing specific spreadsheet failure scenarios (version conflict, broken formulas, access permission errors) consistently outperformed messages leading with the no-code platform's product benefits or no-code positioning. This insight was applied across all four markets, increasing positive reply rates by an estimated 30% over the programme's first eight weeks.
Monthly performance reviews assessed demo-to-account conversion rates by market and vertical, enabling ongoing reallocation of SDR capacity toward highest-converting segments. Japan required sustained optimisation โ lower initial acceptance rates were addressed by introducing a localised connection message framework referencing operational efficiency rather than digital transformation, which improved acceptance rates from 22% to 31% over the final quarter.
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How it was built, channel by channel.
ICP Definition and Prospect List Construction
Prospect lists were built across four APAC markets using a combination of LinkedIn Sales Navigator filters and manual verification. Targeting criteria prioritised operations managers, IT administrators, and office managers at SMEs with 20โ200 employees in professional services, manufacturing, and distribution โ sectors where multi-user spreadsheet dependency was structurally embedded in daily workflows.
Each prospect was assessed against firmographic signals correlated with switching motivation: company growth stage, presence of multiple departments sharing data, and evidence of operational complexity exceeding basic spreadsheet capability. List quality was reviewed weekly, with underperforming segments replaced by higher-signal alternatives identified through ongoing LinkedIn engagement monitoring.
Pain-Led Messaging Architecture
Every outbound touchpoint โ LinkedIn connection request, follow-up message, and cold email โ was anchored in a specific, named spreadsheet failure scenario rather than the no-code platform's product positioning. Opening messages referenced version control errors, access permission limitations, or manual consolidation overhead as shared operational realities, inviting prospects to recognise their own situation before any product mention was introduced.
This messaging architecture was critical to achieving a 39% LinkedIn acceptance rate in a category where prospects were not actively searching for a solution. By framing outreach around a problem the prospect already experienced rather than a product they had not considered, LVRA created relevance before requesting attention โ materially improving both acceptance and reply rates across all four markets.
SDR Qualification and Demo Booking
SDRs followed a structured qualification framework assessing four criteria before a demo was booked: confirmed shared spreadsheet usage across three or more users, an identifiable workflow managed via spreadsheets, team size within the ICP range, and a conversion timeline of under six months. Prospects meeting three of four criteria were progressed; those below threshold were nurtured via email rather than advanced to demo.
The 44% SDR-to-demo booking rate from positive replies reflected the precision of ICP qualification upstream. Because outreach had already filtered for spreadsheet-dependent operations contexts, positive replies carried high commercial intent โ SDRs were converting warm, self-identified prospects rather than educating unqualified contacts. Demo quality was tracked weekly, with qualification criteria refined based on downstream conversion patterns.
Retention Analysis and Outbound Quality Validation
Six-month retention data was tracked separately for outbound-acquired accounts versus organic sign-ups, enabling a direct comparison of customer quality by acquisition channel. Outbound accounts showed 38% higher retention โ a finding that reframed the programme's commercial case from demo volume to customer quality and long-term revenue contribution.
This retention differential was attributed to ICP qualification upstream: outbound accounts had confirmed operational need, demonstrated switching motivation, and completed a structured demo validating fit โ creating stronger activation intent than self-serve sign-ups exploring the platform without a specific problem to solve. The retention data was used to justify sustained programme investment and informed expansion planning into two additional APAC markets.
3 pillars. One integrated system.
Each strategic pillar was designed to feed the next โ creating compounding returns across every channel activated.
The numbers
that matter.
Every metric comes from verified campaign data โ attributable to specific strategic decisions made during this engagement. No projections. No vanity numbers.
What this engagement taught us.
These principles carry forward into every engagement that follows โ applicable well beyond No-Code Business Database Platform's specific context.
Industry
No-Code Business Database Platform
Market
Taiwan
Duration
Ongoing engagement
No-code platform buyers need to see the specific Excel pain before they can imagine the solution.
An operations manager doesn't think 'I need a no-code database'. They think 'I need to stop spending 4 hours every Monday reconciling three versions of the same spreadsheet'. Leading with the pain โ not the product category โ is what generates the reply.
Outbound ICP qualification produces accounts with dramatically higher retention than inbound sign-ups.
Inbound sign-ups are self-selecting โ many are developers exploring the platform or low-pain users who signed up speculatively. Outbound accounts are selected because they have specific, validated pain. Higher retention follows from better ICP fit.
SDR qualification at 44% conversion rate from positive reply indicates a well-defined ICP message.
When 44% of positive replies convert to booked demos after SDR qualification, it means the outreach messaging is attracting the right audience. A lower conversion rate indicates either messaging drift from the ICP or insufficient qualification questions during initial exchange.
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