G1 Low-Code Platform

Empower enterprises with DX, achieving 5x efficiency

G1 is a low-code platform developed through extensive project experience, fully encapsulating traditional development's underlying logic. It replaces coding with configuration, enabling enterprises to focus on business requirements during digital transformation, significantly improving project delivery efficiency and quality.

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G1 Low-Code vs. Traditional Delivery

Compared to standard product delivery, G1 provides highly adaptable solutions through customization; compared to traditional development, G1 low-code increases delivery efficiency by 5x and reduces costs by 60%.

Implementation	Standard product package	Traditional development	G1 Low Code
Implementation mode	Delivery of standardized products + custom development and training implementation	Requirement communication, zero-based development delivery	Iterative delivery with configuration while communicating requirements
Implementation cycle	Related to the product and business fit; the higher the fit, the shorter the cycle	Longer cycle	Shorter cycle
Implementation cost	Proportional to the period	Higher cost	Lower cost
Risk of failure	Proportional to the period	Higher * Long time from implementation to user experience	Lower * Users can experience the system immediately
Softness * Refers to the ease of addressing specific customer needs	Low	High * Theoretically any need can be achieved through code development	High * Supports highly open custom code functionality in addition to configuration
Malleability * Refers to the ease of adding new modules after delivery	Low	Average	High
Applicable scenario	Highly standardized business forms: such as financial accounting, E-learning, etc.; Tool scenarios: such as drawing design software, etc.	R&D software: artificial intelligence applications, industrial control software, etc.; Large platform software: e-commerce platform, live broadcast platform, etc.	Business collaboration systems: ERP/OA/CRM/WMS, etc.; Enterprise one-stop information platform

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Features of G1 Low-Code

Configure instead of code, a new generation of rapid development tools

Form engine

Use the G1 form engine to replace traditional DB design, DAO/Service/Controller/front-end development with a single form configuration. Supports field linkage, form validation, data processing APIs, and more.

Process engine

Supports two process modes: approval flow and workflow, suitable for complex business scenarios. Visual process configuration tools help quickly establish and maintain processes. Role swimlane design makes process configuration simpler and more intuitive.

Report engine

Uses the G1 low-code chart engine to configure a variety of charts, such as pie charts, bar charts, and line charts, and quickly generate data dashboards. Supports outputting and printing reports using Excel/Word templates.

Multi-language support

Supports up to five languages simultaneously, including Chinese, English, and Japanese. With the built-in automatic translation interface of G1 low-code, only one configuration is needed to generate a multi-language environment with a single click.

AI-enabled

Intelligent development: Automatically analyzes user business needs and generates system logic code; Intelligent analysis: Uses natural language for data mining and analysis.

One-click deployment

G1 low-code supports one-click deployment to a local server, with cloud configuration information automatically synchronized to the local environment. After synchronization, it supports continuous upgrades.

One-Stop Information Platform

Reasonable cost, unified platform, flexible expansion

G1 low-code platform helps enterprises build proprietary information platforms at reasonable costs, enabling the creation of scalable, expandable business systems on a unified platform. As the core of enterprise digital transformation, G1 integrates all business processes, ensuring that data assets are no longer isolated and processes are accumulative.

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Scenarios

OA

Common office scenarios, such as leave application approval, business trip application approval, common reimbursement application approval, meeting room reservation, vehicle reservation, document management, and other office automation scenarios.

Personnel management

Supports full life cycle management including onboarding, resignation, position transfer, confirmation, renewal, scheduling, attendance management, supplementary attendance, leave application, attendance statistics, analysis, and salary calculation.

Procurement management

Supports the full life cycle management of the enterprise procurement process, including procurement application, inquiry, purchase order, acceptance and storage, reconciliation and invoicing, and payment management.

Financial actuarial

Supports full cycle management of financial actuarial, including receivables application, receivables provisional estimate application, collection claim, payment application, receivables voucher, payable voucher, and other modules.

Manufacturing

ERP/MES solution for the manufacturing industry, including production planning, MRP calculation, procurement management, manufacturing management, on-site intelligent large screen, cost management, and other modules.

WMS

WMS solution for the logistics industry, including order management, warehousing management, outbound management, inventory management, cost settlement, and value-added service management modules.

QMS

Solution for manufacturing quality testing, including testing items, testing tasks, testing results entry, score book management, testing results analysis, and other modules.

R&D management

Full life cycle management of the R&D process, including project management, outcome management, product structure management, R&D plan management, task management, R&D schedule management, R&D progress analysis, and other modules.

Software Development History & Code Future

Since the advent of computers, software development has evolved over more than half a century. From early low-level assembly languages to today's advanced interface programming methods, software development has continuously iterated, becoming more concise and powerful. By adopting advanced development patterns, programmers can develop faster and better, driving societal progress.

1950

Machine oriented

first-generation programming languages, notably assembly language, which was the most primitive, low-level way of writing code, requiring engineers to write a lot of boring code in order to perform simple computational tasks.

1960

Procedural-oriented

represented by C, a major improvement over the first generation of programming languages. Statements are closer to natural expressions, there is extensive support for functions, modular design, and most importantly, the language is independent of hardware.

1980

Object-oriented

the third generation programming language represented by C++ defines the concepts of class, object, etc. Through the definition of class, business logic is more intuitive, greatly reducing the distance between computer code and the real world, and code reusability and readability are unprecedented improved.

2010

Interface-oriented

when the number of systems is increasing and the complexity is increasing, in order to reduce the difficulty of data communication between system modules and between systems, design good interface specifications in the architecture, so as to reduce system coupling for maintenance.

2025

Scene-oriented

the fifth generation of development tools represented by G1, the basic functions of the system are highly encapsulated, developers do not need to pay attention to technical implementation, and focus all their energy on the business logic and scene construction to build information systems with high efficiency.